mhurhangee/patent-ind-claim-en huggingface dataset:
Sealing profile receiving device having at least one first holding unit for receiving and holding a first sealing profile element and having a second holding unit for receiving and holding a second sealing profile element , and having at least one casting unit for casting at least one connecting portion for connecting the first sealing profile element to the second sealing profile element and/or for casting a first end termination of the first sealing profile element and a second end termination of the second sealing profile element , wherein the first holding unit comprises at least one first holding element and one second holding element that is adjustable relative to the first holding element , and the second holding unit comprises at least one third holding element and one fourth holding element that is adjustable relative to the third holding element , wherein at least one at least partially adjustable ejector unit for ejecting at least the first and/or second sealing profile element is provided, wherein at least one first drive unit for adjusting the second holding element and one second drive unit for adjusting the fourth holding element , and also one third drive unit for at least partially adjusting the ejector unit are provided, wherein in particular a heating unit and/or cooling unit for at least partially heating and/or cooling the receiving device is provided, characterized in that the first and/or second and/or third drive unit has at least one chain comprising a plurality of chain links , wherein the chain and/or chain links is/are arranged at least between two guide faces of a guide unit for guiding the chain and/or chain links , such that an adjusting force is able to be exerted both in the pulling direction and in the pushing direction of the chain by way of the first and/or second and/or third drive unit .
A method of removing hydrogen sulfide from an input gas, the method comprising: exposing an adsorbent material to an input gas to obtain an output gas, wherein a concentration of hydrogen sulfide of the output gas is less than a concentration of hydrogen sulfide of the input gas; the adsorbent material comprising copper oxide, magnesium oxide, and optionally aluminum oxide, wherein an atomic ratio of copper to magnesium to aluminum of the adsorbent material is X:Y:Z, wherein X is greater than or equal to 0.6 and less than or equal to 0.9, wherein Y is greater than 0 and less than or equal to 0.2, wherein Z is greater than or equal to 0 and less than or equal to 0.2, and wherein X + Y + Z is equal to 1. exposing an adsorbent material to an input gas to obtain an output gas, wherein a concentration of hydrogen sulfide of the output gas is less than a concentration of hydrogen sulfide of the input gas; the adsorbent material comprising copper oxide, magnesium oxide, and optionally aluminum oxide, wherein an atomic ratio of copper to magnesium to aluminum of the adsorbent material is X:Y:Z, wherein X is greater than or equal to 0.6 and less than or equal to 0.9, wherein Y is greater than 0 and less than or equal to 0.2, wherein Z is greater than or equal to 0 and less than or equal to 0.2, and wherein X + Y + Z is equal to 1.
A method for detecting security threats during vehicle operations utilizing an on-board monitoring system of a vehicle, comprising: retrieving, by the on-board monitoring system , a route plan for a route of the vehicle from a database of the vehicle; identifying, by the on-board monitoring system , either a portion of the route or a portion of the route plan as a security threat based on an analysis of the route plan by: transmitting a validation request to a validation service via a wireless communication interface , the validation request including the portion of the route or the portion of the route plan and an indication of what caused the portion of the route or the portion of the route plan to be identified as a security threat; receiving a response from the validation service at the on-board monitoring system via the wireless communication interface ; and identifying the portion of the route or the portion of the route plan as the security threat based on the response from the validation service; and in response to identifying the portion of the route or the portion of the route plan as the security threat, transmitting, by the on-board monitoring system , an alert of the security threat. retrieving, by the on-board monitoring system , a route plan for a route of the vehicle from a database of the vehicle; identifying, by the on-board monitoring system , either a portion of the route or a portion of the route plan as a security threat based on an analysis of the route plan by: transmitting a validation request to a validation service via a wireless communication interface , the validation request including the portion of the route or the portion of the route plan and an indication of what caused the portion of the route or the portion of the route plan to be identified as a security threat; receiving a response from the validation service at the on-board monitoring system via the wireless communication interface ; and identifying the portion of the route or the portion of the route plan as the security threat based on the response from the validation service; and transmitting a validation request to a validation service via a wireless communication interface , the validation request including the portion of the route or the portion of the route plan and an indication of what caused the portion of the route or the portion of the route plan to be identified as a security threat; receiving a response from the validation service at the on-board monitoring system via the wireless communication interface ; and identifying the portion of the route or the portion of the route plan as the security threat based on the response from the validation service; and in response to identifying the portion of the route or the portion of the route plan as the security threat, transmitting, by the on-board monitoring system , an alert of the security threat.
A method of cutting meat and tendons surrounding a tibia of a drumstick of a poultry leg without cutting a fibula extending along the tibia, the method being characterized in comprising the steps of: (a) pushing and stretching the meat and tendons in the direction of the fibula to form a bulge (98; 99) containing meat and tendons; and (b) cutting through the bulge (98; 99) to a depth spaced from the tibia and the fibula , wherein step (a) comprises engaging the meat and tendons with a pincher on a side opposite the fibula and urging the pincher in the direction of the fibula. (a) pushing and stretching the meat and tendons in the direction of the fibula to form a bulge (98; 99) containing meat and tendons; and (b) cutting through the bulge (98; 99) to a depth spaced from the tibia and the fibula , wherein step (a) comprises engaging the meat and tendons with a pincher on a side opposite the fibula and urging the pincher in the direction of the fibula.
A radio bearer reconfiguration method, wherein the method comprises: receiving, by a user equipment, UE, a radio bearer reconfiguration indication sent by a base station, wherein the radio bearer reconfiguration indication comprises a radio bearer identifier and a target configuration parameter, the radio bearer identifier indicates a target radio bearer that needs to be reconfigured, and the target configuration parameter corresponds to a configuration item of the target radio bearer that needs to be reconfigured; wherein the radio bearer reconfiguration indication does not include a radio bearer identifier and an original configuration parameter that correspond to a radio bearer that does not need to be reconfigured; characterized by clearing, by the UE from an original configuration parameter corresponding to the target radio bearer by releasing a protocol entity of the target radio bearer, an original configuration parameter corresponding to the target configuration parameter, wherein the protocol entity comprises a packet data convergence protocol, PDCP, layer entity and/or a radio link control, RLC, layer entity; and transmitting , by the UE, signaling and/or data on the corresponding target radio bearer according to the target configuration parameter. receiving, by a user equipment, UE, a radio bearer reconfiguration indication sent by a base station, wherein the radio bearer reconfiguration indication comprises a radio bearer identifier and a target configuration parameter, the radio bearer identifier indicates a target radio bearer that needs to be reconfigured, and the target configuration parameter corresponds to a configuration item of the target radio bearer that needs to be reconfigured; wherein the radio bearer reconfiguration indication does not include a radio bearer identifier and an original configuration parameter that correspond to a radio bearer that does not need to be reconfigured; characterized by clearing, by the UE from an original configuration parameter corresponding to the target radio bearer by releasing a protocol entity of the target radio bearer, an original configuration parameter corresponding to the target configuration parameter, wherein the protocol entity comprises a packet data convergence protocol, PDCP, layer entity and/or a radio link control, RLC, layer entity; and transmitting , by the UE, signaling and/or data on the corresponding target radio bearer according to the target configuration parameter.
A method for operating by a user equipment, UE, in a wireless communication system, the method comprising: receiving (S3810) configuration information for receiving a plurality of data generated from one transport block, TB; receiving (S3840) downlink control information, DCI, including information about two transmission configuration indicator, TCI, states; and receiving (S3880), from two different transmission reception points, TRPs, two physical downlink shared channels, PDSCHs, based on the DCI and the configuration information, wherein a first PDSCH of the two PDSCHs corresponds to a first TCI state of the two TCI states and a second PDSCH of the two PDSCHs corresponds to a second TCI state of the two TCI states, wherein a total resource blocks, RBs, allocated for the LTE are divided into a plurality of precoding resource block groups, PRGs, wherein the first PDSCH is received in a first resource including PRGs with even indexes among the plurality of PRGs and the second PDSCH is received in a second resource including PRGs with odd indexes, and characterized in that a combination of Redundancy Version, RV, values for the two PDSCHs is determined based on a single RV value indicated by the DCI and a transport block size, TBS, of the second PDSCH is determined based on information about the first PDSCH. receiving (S3810) configuration information for receiving a plurality of data generated from one transport block, TB; receiving (S3840) downlink control information, DCI, including information about two transmission configuration indicator, TCI, states; and receiving (S3880), from two different transmission reception points, TRPs, two physical downlink shared channels, PDSCHs, based on the DCI and the configuration information, wherein a first PDSCH of the two PDSCHs corresponds to a first TCI state of the two TCI states and a second PDSCH of the two PDSCHs corresponds to a second TCI state of the two TCI states, wherein a total resource blocks, RBs, allocated for the LTE are divided into a plurality of precoding resource block groups, PRGs, wherein the first PDSCH is received in a first resource including PRGs with even indexes among the plurality of PRGs and the second PDSCH is received in a second resource including PRGs with odd indexes, and characterized in that a combination of Redundancy Version, RV, values for the two PDSCHs is determined based on a single RV value indicated by the DCI and a transport block size, TBS, of the second PDSCH is determined based on information about the first PDSCH.
Device for a vehicle comprising: - a light element for ambient lighting, wherein the light element consists of a light guide, wherein the light guide has a light distribution plane and a main spreading surface , wherein - the light guide has a first and a second broad side, wherein the two broad sides are arranged substantially parallel to one another, wherein the light guide guides coupled light by means of total reflection to the two broad sides along the light distribution plane and by means of total reflection on a slope of the first broad side to the main spreading surface , wherein - the main spreading surface forms a bevel between the slope of the first broad side and the second broad side of the light element , wherein an angle (β) between a surface normal of the main spreading surface and a surface normal of the light distribution plane is between 10° and 80°, wherein the main spreading surface is annular and has the shape of a frustoconical surface of an imaginary truncated cone, characterised in that the slope is curved and that - the device includes furthermore a drinking cup holder which has a receptacle , wherein the receptacle has two placement areas for placing in each case one drinking cup, and an upper edge , wherein - the upper edge of the receptacle , which is shared by both placement areas is covered by an edge of a section of the light element , which edge forms a closing plate for the drinking cup holder . - a light element for ambient lighting, wherein the light element consists of a light guide, wherein the light guide has a light distribution plane and a main spreading surface , wherein - the light guide has a first and a second broad side, wherein the two broad sides are arranged substantially parallel to one another, wherein the light guide guides coupled light by means of total reflection to the two broad sides along the light distribution plane and by means of total reflection on a slope of the first broad side to the main spreading surface , - the main spreading surface forms a bevel between the slope of the first broad side and the second broad side of the light element , wherein an angle (β) between a surface normal of the main spreading surface and a surface normal of the light distribution plane is between 10° and 80°, wherein the main spreading surface is annular and has the shape of a frustoconical surface of an imaginary truncated cone, - the device includes furthermore a drinking cup holder which has a receptacle , wherein the receptacle has two placement areas for placing in each case one drinking cup, and an upper edge , wherein - the upper edge of the receptacle , which is shared by both placement areas is covered by an edge of a section of the light element , which edge forms a closing plate for the drinking cup holder .
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, wherein the apparatus comprises an application unit adapted to apply build material on at least one carrying element adapted to carry build material applied onto the carrying element , wherein the apparatus comprises an irradiation device adapted for irradiating build material arranged on the carrying element , characterized in that a wall building unit is provided that is adapted to build at least one wall element delimiting a build material volume carried by the carrying element , wherein a first wall building element and a second wall building element are provided, wherein the first wall building element and the second wall building element are at least partially arranged next to a build material volume carried by the carrying element , wherein the application unit and the wall building unit and the irradiation device form a portal-shaped assembly that is moveable relative to the carrying element .
A dental implant comprising: - An implant body extending between a coronal end and an apical end and defining an endosseous outer surface, the implant body having a cavity open in a coronal direction and at least one outlet opening from an interior to the endosseous outer surface, - and a thermoplastic element in the solid state, which is arranged in the cavity or can be introduced therein, wherein the thermoplastic element can be brought into an at least partially flowable state by the application of a pressing force directed apically into the cavity and of mechanical vibrations, and in this state at least a proportion of flowable material of the thermoplastic element can be pressed through the at least one outlet opening into surrounding bone tissue as a result of the pressing force when the implant body is arranged in an opening in the bone tissue and the endosseous outer surface is in contact with bone tissue, wherein the cavity has a non-rotationally symmetrical cross-sectional shape, characterised in that the thermoplastic element has a non-circular cross-section corresponding to the cross-sectional shape of the cavity. - An implant body extending between a coronal end and an apical end and defining an endosseous outer surface, the implant body having a cavity open in a coronal direction and at least one outlet opening from an interior to the endosseous outer surface, - and a thermoplastic element in the solid state, which is arranged in the cavity or can be introduced therein, wherein the thermoplastic element can be brought into an at least partially flowable state by the application of a pressing force directed apically into the cavity and of mechanical vibrations, and in this state at least a proportion of flowable material of the thermoplastic element can be pressed through the at least one outlet opening into surrounding bone tissue as a result of the pressing force when the implant body is arranged in an opening in the bone tissue and the endosseous outer surface is in contact with bone tissue, wherein
An optoelectronic module comprising: a contiguous image sensor including a first region and a second region ; a wall separating the module into first and second channels , the first region of the image sensor disposed in the first channel, and the second region of the image sensor disposed in the second channel, wherein the wall attenuates light at one or more wavelengths detectable by the image sensor, wherein the wall includes a bridge region that spans across the image sensor between the first and second channels , the wall further including adhesive that fills an area between the bridge region and an upper surface of the image sensor, characterized in that the bridge region has one or more conduits for flow of adhesive into the area between the bridge region and an upper surface of the image sensor, wherein the one or more conduits penetrates through the bridge region and is filled with the adhesive. a contiguous image sensor including a first region and a second region ; a wall separating the module into first and second channels , the first region of the image sensor disposed in the first channel, and the second region of the image sensor disposed in the second channel, wherein the wall attenuates light at one or more wavelengths detectable by the image sensor, wherein the wall includes a bridge region that spans across the image sensor between the first and second channels , the wall further including adhesive that fills an area between the bridge region and an upper surface of the image sensor, characterized in that the bridge region has one or more conduits for flow of adhesive into the area between the bridge region and an upper surface of the image sensor, wherein the one or more conduits penetrates through the bridge region and is filled with the adhesive.
A battery state detection device comprising: a circuit board that is configured to detect a current; a casing with a board storage space formed therein, the board storage space storing the circuit board, the casing including an open mouth through which one side of the board storage space is opened; and a lid part that closes the open mouth of the casing , a welded portion being formed along an edge portion of the open mouth , the welded portion being a portion in which the casing and the lid part are connected to each other by welding, wherein the casing has a first wall surface arranged inside the welded portion , the lid part has a second wall surface arranged inside the welded portion , the second wall surface being opposed to the first wall surface and an in-casing burr storage space is provided between the first wall surface and the second wall surface, wherein the in-casing burr storage space is in communication with the welded portion and the board storage space, characterized in that the casing or the lid part is provided with a burr receiver that is opposed to a lower end portion of the in-casing burr storage space , wherein the burr receiver is formed so as to extend along the entire circumference of the edge portion of the open mouth of the casing . a circuit board that is configured to detect a current; a casing with a board storage space formed therein, the board storage space storing the circuit board, the casing including an open mouth through which one side of the board storage space is opened; and a lid part that closes the open mouth of the casing , a welded portion being formed along an edge portion of the open mouth , the welded portion being a portion in which the casing and the lid part are connected to each other by welding, wherein the casing has a first wall surface arranged inside the welded portion , the lid part has a second wall surface arranged inside the welded portion , the second wall surface being opposed to the first wall surface and an in-casing burr storage space is provided between the first wall surface and the second wall surface, wherein the in-casing burr storage space is in communication with the welded portion and the board storage space, characterized in that the casing or the lid part is provided with a burr receiver that is opposed to a lower end portion of the in-casing burr storage space , wherein the burr receiver is formed so as to extend along the entire circumference of the edge portion of the open mouth of the casing .