mhurhangee/patent-ind-claim-en huggingface dataset:
A syringe adapter comprising: a housing having a first end and a second end and defining an interior space ; a seal arrangement received within the interior space of the housing ; a connector body positioned adjacent to the first end of the housing and configured to be connected with a syringe barrel, the connector body comprises a locking projection , and the housing comprises a retaining ring , the locking projection engages the retaining ring to restrict axial movement of the connector body relative to the housing ; and a cannula secured to the connector body , the seal arrangement configured to cooperate with the cannula to provide a sealed transfer of fluids through the cannula to a mating connector, characterized in that the connector body is secured to the housing and freely rotatable relative to the housing in first and second directions, when the connector body is secured to and axially fixed relative to the housing and the retaining ring extends circumferentially around the housing . a housing having a first end and a second end and defining an interior space ; a seal arrangement received within the interior space of the housing ; a connector body positioned adjacent to the first end of the housing and configured to be connected with a syringe barrel, the connector body comprises a locking projection , and the housing comprises a retaining ring , the locking projection engages the retaining ring to restrict axial movement of the connector body relative to the housing ; and a cannula secured to the connector body , the seal arrangement configured to cooperate with the cannula to provide a sealed transfer of fluids through the cannula to a mating connector, characterized in that the connector body is secured to the housing and freely rotatable relative to the housing in first and second directions, when the connector body is secured to and axially fixed relative to the housing and the retaining ring extends circumferentially around the housing .
Medical, in particular dental hand-held instrument having a grip sleeve and a headpiece which is arranged at a front end of the grip sleeve and has a tool-receiving opening , wherein a holding means for rotatably securing a treatment tool , for example a dental drill, is arranged in the interior of the headpiece , wherein the holding means is arranged along an axis of rotation (M) for the treatment tool , and wherein a release element is arranged in the interior of the headpiece along the axis of rotation (M), said release element being designed to interact with the holding means , wherein the release element releases the securing of the treatment tool upon interaction with the holding means , wherein the headpiece furthermore has a cover , wherein the cover comprises a lever mechanism which has a first lever and a second lever which cooperate in order to release the securing of the treatment tool , characterized in that the first lever , upon actuation, acts on a free end of the second lever . wherein the holding means is arranged along an axis of rotation (M) for the treatment tool , and wherein a release element is arranged in the interior of the headpiece along the axis of rotation (M), said release element being designed to interact with the holding means , wherein the release element releases the securing of the treatment tool upon interaction with the holding means , wherein the headpiece furthermore has a cover , wherein the cover comprises a lever mechanism which has a first lever and a second lever which cooperate in order to release the securing of the treatment tool , characterized in that the first lever , upon actuation, acts on a free end of the second lever .
A photovoltaic container comprising a photovoltaic assembly , a support frame and a container body ; wherein the container body comprises a container body framework and a container body housing mounted on the container body framework, the container body framework having a higher strength than the container body housing; wherein the photovoltaic assembly is mounted on the container body framework through the support frame and located outside the container body , to make the photovoltaic assembly supported by the container body framework; characterized in that the photovoltaic container comprises a horizontal adjustment footstand , wherein the support frame is mounted on the container body framework through the horizontal adjustment footstand , to adjust horizontality of the photovoltaic assembly on the support frame by the horizontal adjustment footstand . wherein the container body comprises a container body framework and a container body housing mounted on the container body framework, the container body framework having a higher strength than the container body housing; wherein the photovoltaic assembly is mounted on the container body framework through the support frame and located outside the container body , to make the photovoltaic assembly supported by the container body framework; characterized in that the photovoltaic container comprises a horizontal adjustment footstand , wherein the support frame is mounted on the container body framework through the horizontal adjustment footstand , to adjust horizontality of the photovoltaic assembly on the support frame by the horizontal adjustment footstand .
A communication apparatus comprising: one or more communication sections each configured to communicate with other communication apparatuses via a wireless communication channel; an estimation section configured to estimate, on a basis of reception results of a wireless signal by at least some of the one or more communication sections, an incoming direction of the wireless signal; and an output control section configured to exercise control in such a manner that notification information according to an estimation result of the incoming direction is presented via an output section; characterised in that the communication section is configured in such a manner as to be able to control a directional beam pattern related to the reception of the wireless signal, and the estimation section is configured to estimate, on a basis of identification information associated with the directional beam used by the communication section for the reception of the wireless signal, the incoming direction of the wireless signal in question. one or more communication sections each configured to communicate with other communication apparatuses via a wireless communication channel; an estimation section configured to estimate, on a basis of reception results of a wireless signal by at least some of the one or more communication sections, an incoming direction of the wireless signal; and an output control section configured to exercise control in such a manner that notification information according to an estimation result of the incoming direction is presented via an output section; characterised in that the communication section is configured in such a manner as to be able to control a directional beam pattern related to the reception of the wireless signal, and the estimation section is configured to estimate, on a basis of identification information associated with the directional beam used by the communication section for the reception of the wireless signal, the incoming direction of the wireless signal in question.
A polyester binder fiber comprising: a polyester polymer and an amorphous polyether imide polymer in a proportion of 0.1 to 5.0 mass% based on the mass of the polyester polymer, the polyester binder fiber having a crystallization temperature measured by differential calorimetry in a range of 100°C or higher and 250°C or lower. a polyester polymer and an amorphous polyether imide polymer in a proportion of 0.1 to 5.0 mass% based on the mass of the polyester polymer, the polyester binder fiber having a crystallization temperature measured by differential calorimetry in a range of 100°C or higher and 250°C or lower.
A method performed by a server, comprising: - receiving a request from at least one device to make a search for at least one local service; - performing the search by means of at least one service directory to discover said at least one local service, - as a result of the search, providing information to said at least one device on said at least one local service in the proximity of said at least one device, and - receiving a first service directory, comprised in the at least one service directory, from at least one other device, the first service directory describing a service provided by the at least one other device, characterized in that - the first service directory comprises information on access technologies the at least one other device supports, and in that the server is configured to receive the first service directory via a second device, wherein the server is not capable of connecting directly to the at least one other device, and in that the request comprises a request to search for one or more services available in a certain access technology. - receiving a request from at least one device to make a search for at least one local service; - performing the search by means of at least one service directory to discover said at least one local service, - as a result of the search, providing information to said at least one device on said at least one local service in the proximity of said at least one device, and - receiving a first service directory, comprised in the at least one service directory, from at least one other device, the first service directory describing a service provided by the at least one other device, characterized in that - the first service directory comprises information on access technologies the at least one other device supports, and in that the server is configured to receive the first service directory via a second device, wherein the server is not capable of connecting directly to the at least one other device, and in that the request comprises a request to search for one or more services available in a certain access technology.
A method for dual energy x-ray imaging, the method comprising: acquiring first and second images of a tissue region comprising a first tissue type having a first density and a second tissue type having a second density, the first image corresponding to a first radiation beam having a first energy spectrum and the second image corresponding to a second radiation beam having a second energy spectrum different from the first energy spectrum; and combining the first and second images to generate a combined image by, separately for each of multiple parts of the first and second images, determining a weighting factor corresponding to the part and pixelwise combining the first and second images using the weighting factors, characterized in that determining the weighting factors comprises determining a thickness of tissue of each of at least two classes corresponding to each of the parts of the first and second images by processing volumetric data for the tissue region and registering the volumetric data with one or both of the first and second images. acquiring first and second images of a tissue region comprising a first tissue type having a first density and a second tissue type having a second density, the first image corresponding to a first radiation beam having a first energy spectrum and the second image corresponding to a second radiation beam having a second energy spectrum different from the first energy spectrum; and combining the first and second images to generate a combined image by, separately for each of multiple parts of the first and second images, determining a weighting factor corresponding to the part and pixelwise combining the first and second images using the weighting factors, characterized in that determining the weighting factors comprises determining a thickness of tissue of each of at least two classes corresponding to each of the parts of the first and second images by processing volumetric data for the tissue region and registering the volumetric data with one or both of the first and second images.
A method for painting a surface (S62; S66) of a component with a pattern, said method including at least the following successive steps consisting in: a) applying a first coating product on at least a portion of the surface, b) automatically applying at least one portion of a mask on a portion (Z62) of the surface, the mask being at least partially applied in the form of at least one layer of non-atomized fluid, the layer being obtained by moving (A1) an applicator delivering the non-atomized fluid along a portion (Z62; 64) of the surface where the mask is to be applied, c) applying (1018; 1022) a second coating product on at least a portion of the surface without mask and d) removing the mask. a) applying a first coating product on at least a portion of the surface, b) automatically applying at least one portion of a mask on a portion (Z62) of the surface, the mask being at least partially applied in the form of at least one layer of non-atomized fluid, the layer being obtained by moving (A1) an applicator delivering the non-atomized fluid along a portion (Z62; 64) of the surface where the mask is to be applied, c) applying (1018; 1022) a second coating product on at least a portion of the surface without mask and d) removing the mask.
A method for Uplink Control Information, UCI, transmission applied in a Long Term Evolution-Advanced, LTE-A, system, comprising: selecting (S301), by a user equipment, an uplink component carrier out of its own uplink component carrier set according to one or more predefined selection rules or received carrier selection indication information sent by an evolved Node B, eNB, ; and transmitting (S302), by the user equipment, the UCI to the eNB through a Physical Uplink Shared Channel, PUSCH, on the selected uplink component carrier, the method is characterized in that on the condition that a PUSCH is available for the user equipment on the selected uplink component carrier in a current uplink subframe, and that at least one PUSCH is available for the user equipment at the same time on other uplink component carrier(s) of the user equipment, the user equipment transmits the UCI to the eNB through the PUSCH on the selected uplink component carrier and further only transmits uplink data through the at least one PUSCH on the other uplink component carrier(s). selecting (S301), by a user equipment, an uplink component carrier out of its own uplink component carrier set according to one or more predefined selection rules or received carrier selection indication information sent by an evolved Node B, eNB, ; and transmitting (S302), by the user equipment, the UCI to the eNB through a Physical Uplink Shared Channel, PUSCH, on the selected uplink component carrier, the method is characterized in that on the condition that a PUSCH is available for the user equipment on the selected uplink component carrier in a current uplink subframe, and that at least one PUSCH is available for the user equipment at the same time on other uplink component carrier(s) of the user equipment, the user equipment transmits the UCI to the eNB through the PUSCH on the selected uplink component carrier and further only transmits uplink data through the at least one PUSCH on the other uplink component carrier(s).
Modular electronic bicycle actuating device , comprising: - an electronic module for electronically activating at least one bicycle component , - a mechanical module which is formed separately from the electronic module and is attachable exchangeably thereto and which is free of electronics and has a frame component and at least one actuating component , which is mounted movably on the frame component , characterized in that the bicycle actuating device comprises a preferably cylindrical fastening projection which is formed partially on the electronic module and partially on the mechanical module by an outer surface of the fastening projection being composed of an outer surface portion (143.1) formed on the electronic module and an outer surface portion (143.2) formed on the mechanical module . - an electronic module for electronically activating at least one bicycle component , - a mechanical module which is formed separately from the electronic module and is attachable exchangeably thereto and which is free of electronics and has a frame component and at least one actuating component , which is mounted movably on the frame component ,
A gas sensor comprising: a detection element (Rd1) whose resistance value changes in accordance with a concentration of CO 2 gas; a reference element (Rd2) connected in series to the detection element; a first heater (MH1) for heating the detection element; a second heater (MH2) for heating the reference element; and a control circuit configured to heat the first and second heaters such that the reference element has a higher temperature than the detection element in a first period of time and that the detection element has a higher temperature than the reference element in a second period of time, wherein the control circuit is configured to heat the first and second heaters such that the detection element and the reference element have a first temperature and a second temperature, respectively, in the first period of time and that the reference element and the detection element have the first temperature and the second temperature, respectively, in the second period of time; wherein the heating temperature of the detection element in the first period of time is in a range of 100°C to 200°; and wherein the heating temperature of the reference element in the first period of time is in a range of 250°C to 350°C. a detection element (Rd1) whose resistance value changes in accordance with a concentration of CO 2 gas; a reference element (Rd2) connected in series to the detection element; a first heater (MH1) for heating the detection element; a second heater (MH2) for heating the reference element; and a control circuit configured to heat the first and second heaters such that the reference element has a higher temperature than the detection element in a first period of time and that the detection element has a higher temperature than the reference element in a second period of time, wherein the control circuit is configured to heat the first and second heaters such that the detection element and the reference element have a first temperature and a second temperature, respectively, in the first period of time and that the reference element and the detection element have the first temperature and the second temperature, respectively, in the second period of time; wherein the heating temperature of the detection element in the first period of time is in a range of 100°C to 200°; and wherein the heating temperature of the reference element in the first period of time is in a range of 250°C to 350°C.
A method for performing a secondary node change procedure from a source secondary node to a target secondary node in a wireless communication system, wherein the secondary node change procedure is initiated by the source secondary node, the method comprising: receiving (S102), by a master node from the source secondary node, a secondary node change request message which includes 1) an identifier, ID, of the target secondary node, 2) information on protocol data unit, PDU, sessions to be offloaded to the target secondary node, and 3) secondary cell group, SCG, configuration information; transmitting (S104), by the master node to the target secondary node, a secondary node addition request message which includes 1) the information on the PDU sessions to be offloaded to the target secondary node, and 2) the SCG configuration information; receiving (S106), by the master node from the target secondary node, a secondary node addition request acknowledge message which includes 1) a list of accepted PDU sessions and rejected PDU sessions among the PDU sessions, 2) a SCG configuration of the target secondary node, and 3) data forwarding addresses for the accepted PDU sessions; transmitting (S110), by the master node to a user equipment, a radio resource control, RRC, connection reconfiguration message including the SCG configuration of the target secondary node; and transmitting (S108), by the master node to the source secondary node, a secondary node change request acknowledge message which includes the list of the accepted and rejected PDU sessions. receiving (S102), by a master node from the source secondary node, a secondary node change request message which includes 1) an identifier, ID, of the target secondary node, 2) information on protocol data unit, PDU, sessions to be offloaded to the target secondary node, and 3) secondary cell group, SCG, configuration information; transmitting (S104), by the master node to the target secondary node, a secondary node addition request message which includes 1) the information on the PDU sessions to be offloaded to the target secondary node, and 2) the SCG configuration information; receiving (S106), by the master node from the target secondary node, a secondary node addition request acknowledge message which includes 1) a list of accepted PDU sessions and rejected PDU sessions among the PDU sessions, 2) a SCG configuration of the target secondary node, and 3) data forwarding addresses for the accepted PDU sessions; transmitting (S110), by the master node to a user equipment, a radio resource control, RRC, connection reconfiguration message including the SCG configuration of the target secondary node; and transmitting (S108), by the master node to the source secondary node, a secondary node change request acknowledge message which includes the list of the accepted and rejected PDU sessions.
Socket joint between a socket member and a tip end of a pipe piece , wherein the socket member or the tip end has a sealing seat , wherein the tip end or the socket member has a receiving member for at least one sealing ring which abuts the sealing seat , wherein the socket member has a bayonet receiving member with which a bayonet ring which comprises the tip end is in engagement and wherein the tip end is supported on the bayonet ring against a movement out of the socket member , wherein the bayonet ring is blocked in a rotationally secure manner in the retention position thereof in the socket member by means of a blocking member , characterised in that the tip end is supported with at least one support member on the bayonet ring .
A fabricating apparatus comprising: a fabricating device configured to fabricate fabrication layers according to fabrication data of a three-dimensional object; a sensor configured to measure a height of the nth fabrication layer; and a controller configured to control the fabricating device according to the fabrication data and the height measured with the sensor , wherein, when the height measured with the sensor is higher than a first predetermined height, the controller is configured to control the fabricating device : to fabricate an (n+1)th fabrication layer in a region lower than the first predetermined height, without performing fabrication onto the region being higher than the first predetermined height; and to fabricate an (n+2)th layer to a second predetermined height. a fabricating device configured to fabricate fabrication layers according to fabrication data of a three-dimensional object; a sensor configured to measure a height of the nth fabrication layer; and a controller configured to control the fabricating device according to the fabrication data and the height measured with the sensor , wherein, when the height measured with the sensor is higher than a first predetermined height, the controller is configured to control the fabricating device : to fabricate an (n+1)th fabrication layer in a region lower than the first predetermined height, without performing fabrication onto the region being higher than the first predetermined height; and to fabricate an (n+2)th layer to a second predetermined height. to fabricate an (n+1)th fabrication layer in a region lower than the first predetermined height, without performing fabrication onto the region being higher than the first predetermined height; and to fabricate an (n+2)th layer to a second predetermined height.