mhurhangee/patent-ind-claim-en huggingface dataset:
A time-of-flight mass spectrometer comprising: an ion deflector configured to deflect ions to different positions in a first array of positions at different times, wherein the ion deflector is configured to deflect the ions so that the ions exit the ion deflector along different axes in an array of parallel axes at different times; a position sensitive ion detector ; characterized by ion optics arranged and configured to guide ions from the first array of positions to the position sensitive detector so as to map ions from the first array of positions to a second array of positions on the position sensitive detector; wherein the ion optics include either: (i) at least two ion mirrors arranged and configured such that the ions are reflected by each of the mirrors and between the mirrors a plurality of times before reaching the detector; or (ii) at least one ion mirror for reflecting ions and at least one electrostatic or magnetic sector for receiving ions and guiding the ions into the at least one ion mirror; wherein the at least one ion mirror and at least one sector are configured such that the ions are transmitted from the at least one sector into each mirror a plurality of times such that the ions are reflected by said each ion mirror a plurality of times. an ion deflector configured to deflect ions to different positions in a first array of positions at different times, wherein the ion deflector is configured to deflect the ions so that the ions exit the ion deflector along different axes in an array of parallel axes at different times; a position sensitive ion detector ; characterized by ion optics arranged and configured to guide ions from the first array of positions to the position sensitive detector so as to map ions from the first array of positions to a second array of positions on the position sensitive detector; wherein the ion optics include either: (i) at least two ion mirrors arranged and configured such that the ions are reflected by each of the mirrors and between the mirrors a plurality of times before reaching the detector; or (ii) at least one ion mirror for reflecting ions and at least one electrostatic or magnetic sector for receiving ions and guiding the ions into the at least one ion mirror; wherein the at least one ion mirror and at least one sector are configured such that the ions are transmitted from the at least one sector into each mirror a plurality of times such that the ions are reflected by said each ion mirror a plurality of times. (i) at least two ion mirrors arranged and configured such that the ions are reflected by each of the mirrors and between the mirrors a plurality of times before reaching the detector; or (ii) at least one ion mirror for reflecting ions and at least one electrostatic or magnetic sector for receiving ions and guiding the ions into the at least one ion mirror; wherein the at least one ion mirror and at least one sector are configured such that the ions are transmitted from the at least one sector into each mirror a plurality of times such that the ions are reflected by said each ion mirror a plurality of times.
Hob device (10a-b) comprising a receiving unit (12a-b) which is provided for receiving at least one item of information, and a control unit (14a-b) which is provided, in at least one operating state, to control at least one power supply unit (16a-b) and to access the receiving unit (12a-b), wherein the control unit (14a-b) is provided, in the operating state, to deactivate the power supply unit (16a-b) for an inactivity time interval (18a-b) and, during the inactivity time interval (18a-b), to access the receiving unit (12a-b), characterised in that the inactivity time interval (18a-b) is not more than 7 ms.
System with a worktop , with a hob and with at least one height adjustment apparatus, which is designed specifically for the hob , with a height adjustment unit , which is specifically designed to change a vertical position of the hob relative to a worktop , and with at least one fastening element which is specifically designed to fasten the height adjustment unit to the hob by means of a positive fit connection and/or non-positive fit connection, characterised in that the height adjustment unit has at least one support element , which is specifically designed, in at least one preassembled state, to rest at least partially on the worktop , namely on one level of the worktop , which level forms a lateral boundary of a mounting recess of the worktop .
A method of automated grouping of client devices for a user-defined network, UDN, the method comprising, at an access provider : receiving , from a first client device , an authentication request to join an access provider network, wherein the authentication request includes a unique identifier of the first client device for a federation-based network ; transmitting the unique identifier to a UDN cloud ; transmitting the authentication request to an identity provider ; receiving , responsive to the identity provider authenticating the authentication request, a list of one or more UDNs, from the UDN cloud, that are associated with the unique identifier; and joining , using the list of one or more UDNs, the first client device with one or more other client devices present on the access provider network listing a same UDN in which the first client device is included. receiving , from a first client device , an authentication request to join an access provider network, wherein the authentication request includes a unique identifier of the first client device for a federation-based network ; transmitting the unique identifier to a UDN cloud ; transmitting the authentication request to an identity provider ; receiving , responsive to the identity provider authenticating the authentication request, a list of one or more UDNs, from the UDN cloud, that are associated with the unique identifier; and joining , using the list of one or more UDNs, the first client device with one or more other client devices present on the access provider network listing a same UDN in which the first client device is included.
A battery module, comprising a side plate and an end plate , said end plate comprising a body and a connector connected to the body , wherein the body is fixedly connected to the side plate for the battery module through the connector ; the connector is provided with a light shielding part , and the light shielding part is located on a side that is of the connector and that faces the side plate , and located between the connector and the side plate , the body is provided with a mounting slot , and the mounting slot is through along a height direction of the battery module; the connector is plugged in the mounting slot , the connector comprises a plugging part and a connecting part ; the plugging part extends along the height direction of the battery module and fits with the mounting slot snugly; the connecting part is fixedly connected to the side plate for the battery module; and the light shielding part is located between the connecting part and the side plate , the connecting part comprises a first sheet and a second sheet , and the light shielding part comprises a terraced part located between the first sheet and the second sheet , and the light shielding part further comprises an elastomer , and the elastomer is elastically supported between the connecting part and the side plate , the side plate is fixedly welded to the connector , and wherein the terraced part is implemented by a thickness difference between the first sheet and the second sheet , or the terraced part is implemented by staggering the first sheet and the second sheet that are of the same thickness. the body is fixedly connected to the side plate for the battery module through the connector ; the connector is provided with a light shielding part , and the light shielding part is located on a side that is of the connector and that faces the side plate , and located between the connector and the side plate , the body is provided with a mounting slot , and the mounting slot is through along a height direction of the battery module; the connector is plugged in the mounting slot , the connector comprises a plugging part and a connecting part ; the plugging part extends along the height direction of the battery module and fits with the mounting slot snugly; the connecting part is fixedly connected to the side plate for the battery module; and the light shielding part is located between the connecting part and the side plate , the connecting part comprises a first sheet and a second sheet , and the light shielding part comprises a terraced part located between the first sheet and the second sheet , and the light shielding part further comprises an elastomer , and the elastomer is elastically supported between the connecting part and the side plate , the side plate is fixedly welded to the connector , and wherein the terraced part is implemented by a thickness difference between the first sheet and the second sheet , or the terraced part is implemented by staggering the first sheet and the second sheet that are of the same thickness.
A method of a first client device for setting communication with other devices included in a group, to which the first client device belongs, the method performed by a first client device and comprising: receiving , from a host device included in the group, a communication initiation request for setting a communication between the host device and the first client device, wherein the communication initiation request comprises a participant device list that comprises identification information of devices included in the group and identification information of the group; determining whether to set the communication with the host device based on a communication state of the first client device; receiving , from a second client device ordered before the first client device in the participant device list for the group, a communication extension request for setting a communication between the second client device and the first client device, wherein the communication extension request comprises an order in which the devices included in the group are listed in the participant device list; determining whether the second client device is included in the group; and if it is determined in response to determining that the second client device is included in the group, determining whether to set the communication with the second client device based on whether communication between the host device and the first client device is set. receiving , from a host device included in the group, a communication initiation request for setting a communication between the host device and the first client device, wherein the communication initiation request comprises a participant device list that comprises identification information of devices included in the group and identification information of the group; determining whether to set the communication with the host device based on a communication state of the first client device; receiving , from a second client device ordered before the first client device in the participant device list for the group, a communication extension request for setting a communication between the second client device and the first client device, wherein the communication extension request comprises an order in which the devices included in the group are listed in the participant device list; determining whether the second client device is included in the group; and if it is determined in response to determining that the second client device is included in the group, determining whether to set the communication with the second client device based on whether communication between the host device and the first client device is set.
A pinch valve assembly for use in bioprocessing, the pinch valve assembly for compression of a fluid conduit and comprising: an assembly housing ; and an interchangeable compressor element , the interchangeable compressor element comprising a threaded channel for fixing to a threaded end of a stem of a closure assembly; one interchangeable holder element , dimensioned for holding a fluid conduit, the holder element facing the interchangeable compressor element the valve assembly being configured such that, in use, the compressor element is moveable by the closure assembly towards the holder element within the assembly housing for compression of a fluid conduit between the compressor element and the holder element, characterized in that the holder element further comprises a threaded channel in a base portion for fixing the holder element within the assembly housing via a threaded bolt inserted into the threaded channel. an assembly housing ; and an interchangeable compressor element , the interchangeable compressor element comprising a threaded channel for fixing to a threaded end of a stem of a closure assembly; one interchangeable holder element , dimensioned for holding a fluid conduit, the holder element facing the interchangeable compressor element the valve assembly being configured such that, in use, the compressor element is moveable by the closure assembly towards the holder element within the assembly housing for compression of a fluid conduit between the compressor element and the holder element, characterized in that the holder element further comprises a threaded channel in a base portion for fixing the holder element within the assembly housing via a threaded bolt inserted into the threaded channel.
A polyamide resin composition comprising: 100 parts by weight of an aromatic polyamide resin; 5 parts by weight to 30 parts by weight of an aliphatic polyamide resin, relative to 100 parts by weight of the aromatic polyamide resin; 0.05 parts by weight to 10 parts by weight of a polyacrylic acid, relative to 100 parts by weight of the aromatic polyamide resin; and 50 parts by weight to 90 parts by weight of glass fibers, relative to 100 parts by weight of the aromatic polyamide resin, wherein the polyacrylic acid has a weight average molecular weight of 50,000 g/mol to 300,000 g/mol, as measured by gel permeation chromatography (GPC). 100 parts by weight of an aromatic polyamide resin; 5 parts by weight to 30 parts by weight of an aliphatic polyamide resin, relative to 100 parts by weight of the aromatic polyamide resin; 0.05 parts by weight to 10 parts by weight of a polyacrylic acid, relative to 100 parts by weight of the aromatic polyamide resin; and 50 parts by weight to 90 parts by weight of glass fibers, relative to 100 parts by weight of the aromatic polyamide resin,
Orthosis comprising a first and second splint arm which are hingedly connected to one another and can be pivoted relative to one another within a specific pivot region, and comprising a pivot region adjustment apparatus which has at least one stop pin for limiting the pivot region, it being possible for the stop pin to be selectively arranged in differently positioned pivot region limiting holes of the orthosis, characterised in that the pivot region adjustment apparatus comprises at least one flexible stop pin holder which has a bearing portion that can be rotated about a pivot axis and a resilient holding arm to which the stop pin is attached.
A system for thermal comfort of animals in a livestock enclosure, characterized in that it comprises: (a) at least one comfort mattress that comprises at least one resilient layer and that has two opposite faces: - an upper face , adapted to undergo an elastic deformation and including at least one accommodation area on which an animal is intended to rest, and - a lower face , intended to rest on a receiving surface (L4), wherein said at least one resilient layer includes several sealed cavities intended to contain a heat-transfer fluid, wherein said sealed cavities underlie at least one portion of said at least one accommodation area , and wherein said sealed cavities extend parallel, or at least approximately parallel, relative to each other, and each include at least two through-orifices , (b) a heat-transfer fluid, intended to fill said sealed cavities , and (c) means for generating a circulation of said heat-transfer fluid within each of said sealed cavities , between their respective through-orifices . characterized in that the sealed cavities each have an elongated rectilinear shape, in that said at least one resilient layer includes two transverse edges , in that the two through-orifices of the sealed cavities are each arranged at one of said transverse edges , et in that said at least one resilient layer includes at least one sealed chamber , intended to contain a damping fluid and arranged between said sealed cavities and said upper face of said mattress , wherein said at least sealed chamber is overlying said sealed cavities , and wherein said at least one resilient layer includes at least one through-orifice for the access to said at least one sealed chamber . (a) at least one comfort mattress that comprises at least one resilient layer and that has two opposite faces: - an upper face , adapted to undergo an elastic deformation and including at least one accommodation area on which an animal is intended to rest, and - a lower face , intended to rest on a receiving surface (L4), wherein said at least one resilient layer includes several sealed cavities intended to contain a heat-transfer fluid, wherein said sealed cavities underlie at least one portion of said at least one accommodation area , and wherein said sealed cavities extend parallel, or at least approximately parallel, relative to each other, and each include at least two through-orifices , - an upper face , adapted to undergo an elastic deformation and including at least one accommodation area on which an animal is intended to rest, and - a lower face , intended to rest on a receiving surface (L4), (b) a heat-transfer fluid, intended to fill said sealed cavities , and (c) means for generating a circulation of said heat-transfer fluid within each of said sealed cavities , between their respective through-orifices .
Combustion chamber assembly, having - a combustor seal with a bearing portion extending along a longitudinal axis (L), which bearing portion has a passage opening for the positioning of a fuel nozzle at a combustion chamber (BK) of an engine (T), wherein (a) the bearing portion has an opening edge , which points radially outwards in relation to the longitudinal axis (L), at one end of the passage opening , which, in the case of intended installation at the combustion chamber (BK) of the engine (T), is situated within a combustion space of the combustion chamber (BK), and (b) at least one bar which extends radially outwards in relation to the longitudinal axis (L) is formed on the bearing portion , and - a heat shield which, in the case of intended installation at the combustion chamber (BK) of the engine (T), is situated within the combustion space of the combustion chamber (BK), and has a passage hole through which the bearing portion of the combustor seal extends, characterized in that the combustor seal and the heat shield form a structural unit which is manufactured by additive processes and in the case of which the heat shield is received at least partially between the radially outwardly pointing opening edge and the at least one radially outwardly extending bar , such that a separation of the heat shield from the combustor seal along the longitudinal axis (L) is excluded. - a combustor seal with a bearing portion extending along a longitudinal axis (L), which bearing portion has a passage opening for the positioning of a fuel nozzle at a combustion chamber (BK) of an engine (T), wherein (a) the bearing portion has an opening edge , which points radially outwards in relation to the longitudinal axis (L), at one end of the passage opening , which, in the case of intended installation at the combustion chamber (BK) of the engine (T), is situated within a combustion space of the combustion chamber (BK), and (b) at least one bar which extends radially outwards in relation to the longitudinal axis (L) is formed on the bearing portion , and (a) the bearing portion has an opening edge , which points radially outwards in relation to the longitudinal axis (L), at one end of the passage opening , which, in the case of intended installation at the combustion chamber (BK) of the engine (T), is situated within a combustion space of the combustion chamber (BK), and (b) at least one bar which extends radially outwards in relation to the longitudinal axis (L) is formed on the bearing portion , - a heat shield which, in the case of intended installation at the combustion chamber (BK) of the engine (T), is situated within the combustion space of the combustion chamber (BK), and has a passage hole through which the bearing portion of the combustor seal extends,
An apparatus adapted to implement a machine type communications interworking function, MTC-IWF , comprising: a receiver associated with the MTC-IWF and adapted to receive, over a first reference point from a services capability server, SCS , a device trigger request message comprising a small data payload that is to be sent to a user equipment, UE , over a wireless communication network; and a transmitter associated with the MTC-IWF and adapted to send, over a second reference point to a node comprising a Mobility Management Entity, MME, or a General Packet Radio Service General Packet Radio Support Node, SGSN, the small data payload and a request to forward the small data payload to the UE ; and a processor associated with the MTC-IWF and configured to authorize the SCS before communication is established with the wireless communication network and to authorize control plane requests from the SCS , wherein the processor is further configured to terminate the first reference point and the second reference point wherein the first reference point is between the MTC-IWF and the SCS and the second reference point is between the MTC-IWF and the node , to hide internal public land mobile network, PLMN, topology, and to relay or translate signaling protocols used over the first reference point to invoke specific functionality in the PLMN via the transmitter and receiver. a receiver associated with the MTC-IWF and adapted to receive, over a first reference point from a services capability server, SCS , a device trigger request message comprising a small data payload that is to be sent to a user equipment, UE , over a wireless communication network; and a transmitter associated with the MTC-IWF and adapted to send, over a second reference point to a node comprising a Mobility Management Entity, MME, or a General Packet Radio Service General Packet Radio Support Node, SGSN, the small data payload and a request to forward the small data payload to the UE ; and a processor associated with the MTC-IWF and configured to authorize the SCS before communication is established with the wireless communication network and to authorize control plane requests from the SCS , wherein the processor is further configured to terminate the first reference point and the second reference point wherein the first reference point is between the MTC-IWF and the SCS and the second reference point is between the MTC-IWF and the node , to hide internal public land mobile network, PLMN, topology, and to relay or translate signaling protocols used over the first reference point to invoke specific functionality in the PLMN via the transmitter and receiver.