mhurhangee/patent-ind-claim-en huggingface dataset:
Air handling unit comprising: - an enclosure ; - at least one heat exchanger mounted in the enclosure ; - a condensate recuperator placed under the at least one heat exchanger ; - a condensate tray adapted to receive condensate flowing from the recuperator , wherein the recuperator comprises a first side wall , a second side wall , a bottom wall interconnecting to each other said first and second side walls , and an open end side oriented towards the tray and overlooking the tray , characterized in that the recuperator further comprises, at said open end side , a lip which protrudes from the bottom wall and is inclined downwardly towards the tray guiding the liquids towards the tray , and wherein lateral end portions of the lip are bent inwards so to help in guiding the condensate flow towards a central area of the tray . - an enclosure ; - at least one heat exchanger mounted in the enclosure ; - a condensate recuperator placed under the at least one heat exchanger ; - a condensate tray adapted to receive condensate flowing from the recuperator ,
An aluminum casting alloy consisting of (in % by mass) Ce: 0.2 - 3.0 % Si: 0.5 - 1.5 % Fe: 0.1 - 1.2 % Mg: 0.2 - 1.0 % optionally one or more elements taken from the group "Zn, Sr" the content of the respective optional element being Zn: ≤ 0.8 % Sr: ≤ 0.1 % the remainder being Al and unavoidable impurities, said impurities optionally including elements from the group "Ti, Cr, Mn, V" the content of which is restricted in sum to less than 0.025 %. Ce: 0.2 - 3.0 % Si: 0.5 - 1.5 % Fe: 0.1 - 1.2 % Mg: 0.2 - 1.0 % Zn: ≤ 0.8 % Sr: ≤ 0.1 %
A terminal , comprising: circuitry, configured to, in operation, determine a processing mode for uplink control information or an uplink control channel to be used for transmission of the uplink control information, according to a requirement for the uplink control information; and a transmitter , configured to, in operation, transmit the uplink control information using the uplink control channel based on the determined processing mode, characterized in that different slot position sets for transmitting the uplink control information are configured for each of the uplink control information for which the requirements are different from one another. circuitry, configured to, in operation, determine a processing mode for uplink control information or an uplink control channel to be used for transmission of the uplink control information, according to a requirement for the uplink control information; and a transmitter , configured to, in operation, transmit the uplink control information using the uplink control channel based on the determined processing mode, characterized in that different slot position sets for transmitting the uplink control information are configured for each of the uplink control information for which the requirements are different from one another.
A pharmaceutical composition comprising a Mullerian Inhibiting Substance (MIS) variant protein for use in preserving ovarian reserve, or preventing age related decrease in primordial ovarian follicles being recruited in a female subject, wherein the MIS variant protein comprises amino acids 26-560 of SEQ ID NO: 3 (WT-MIS) with a modification of at least one amino acid between residues 448-452 of SEQ ID NO: 3, to increase cleavage as compared to in the absence of the modification and in which the female subject: (a) has cancer and will be treated with, or is being treated with, or has been treated with, a cancer treatment selected from chemotherapy or radiotherapy (b) has, or is at risk of having, one or more of: diminished ovarian reserve (DOR), premature ovarian aging (POA), endometriosis, polycystic ovarian syndrome (PCOS), FMR1 mutations, less than 26 GCC FMR1 repeats, BRAC1 mutations, turner syndrome, an autoimmune disease, thyroid autoimmunity, adrenal autoimmunity or autoimmunity polyglandular syndromes. (a) has cancer and will be treated with, or is being treated with, or has been treated with, a cancer treatment selected from chemotherapy or radiotherapy (b) has, or is at risk of having, one or more of: diminished ovarian reserve (DOR), premature ovarian aging (POA), endometriosis, polycystic ovarian syndrome (PCOS), FMR1 mutations, less than 26 GCC FMR1 repeats, BRAC1 mutations, turner syndrome, an autoimmune disease, thyroid autoimmunity, adrenal autoimmunity or autoimmunity polyglandular syndromes.
A disposable dialysate source container connector comprising: a body defining a fluid conduit , the fluid conduit having a first port at one end and a second port at another end, the body having a collar disposed around the first port , defining an annular gap between the fluid conduit and the collar , and having a stepped inner surface and a radially inwardly extending seat , wherein the collar comprises at least two flexible radial protrusions extending from the inner surface ; an annular seal ; a grip ring ; and a retaining ring ; wherein the annular seal , the grip ring and the retaining ring , are disposed around the fluid conduit on the inner surface , and wherein the annular seal engages the seat of the collar , and wherein the retaining ring is stacked on the grip ring which, in turn, is stacked on the annular seal , and wherein the at least two radial protrusions engage the retaining ring to retain the grip ring and the annular seal within the body of the connector ; wherein in use the connector attaches to the container via the stem so as to provide an irreversible and fluid-tight connection between the connector and the container . a body defining a fluid conduit , the fluid conduit having a first port at one end and a second port at another end, the body having a collar disposed around the first port , defining an annular gap between the fluid conduit and the collar , and having a stepped inner surface and a radially inwardly extending seat , wherein the collar comprises at least two flexible radial protrusions extending from the inner surface ; an annular seal ; a grip ring ; and a retaining ring ; wherein the annular seal , the grip ring and the retaining ring , are disposed around the fluid conduit on the inner surface , and wherein the annular seal engages the seat of the collar , and wherein the retaining ring is stacked on the grip ring which, in turn, is stacked on the annular seal , and wherein the at least two radial protrusions engage the retaining ring to retain the grip ring and the annular seal within the body of the connector ; wherein in use the connector attaches to the container via the stem so as to provide an irreversible and fluid-tight connection between the connector and the container .
A railway vehicle including a railway vehicle driver's console and a support , the support being configured to support the driver's console , the support including a first upper face delimiting the support in an elevation direction (Z) of the railway vehicle, the console including driving means of the railway vehicle, characterized in that the console is rotatable relative to the support between at least one deployed position in which the driving means are accessible for an operator and a retracted position in which the driving means are inaccessible for the operator, the console being accommodated in a cavity of the support when the console is in the retracted position, the console extending outside the support from the first upper face when the console is in the deployed position.
A mobile electronic device article or component, being made of a composition (C) having a dielectric constant ε at 2.4 GHz of less than 3.0, as measured according to ASTM D2520 (2.4 GHz), and/or a dissipation factor (Df) at 2.4 GHz of less than 0.010, as measured according to ASTM D2520 (2.4 GHz) and comprising greater than 30 wt. % of a polyamide (PA), based on the total weight of the composition (C), said polyamide (PA) comprising at least 50 mol.%, based on the total number of moles in the polyamide (PA), of recurring units (R PA ) according to formula (I): wherein n equals 16, and R 1 is p -xylylene. n equals 16, and R 1 is p -xylylene.
A fiber mounting unit for providing an optical fiber for a fiber laser system, comprising: a base body extending in a plane that includes a fiber end attachment section , a fiber guide section , and a connection section between the fiber end attachment section and the fiber guide section , wherein the fiber end attachment section is configured to attach a receiving element that receives a fiber end portion of the optical fiber , the fiber guide section is configured to guide a fiber central portion of the optical fiber and the fiber guide section has a fiber support surface for arranging the optical fiber on the fiber support surface in a ring-like shape and the connection section is configured between the fiber end attachment section and the fiber guide section as a flexure bearing, which provides a degree of freedom of movement of the fiber guide section with respect to the fiber end attachment section in the plane. a base body extending in a plane that includes a fiber end attachment section , a fiber guide section , and a connection section between the fiber end attachment section and the fiber guide section , wherein the fiber end attachment section is configured to attach a receiving element that receives a fiber end portion of the optical fiber , the fiber guide section is configured to guide a fiber central portion of the optical fiber and the fiber guide section has a fiber support surface for arranging the optical fiber on the fiber support surface in a ring-like shape and the connection section is configured between the fiber end attachment section and the fiber guide section as a flexure bearing, which provides a degree of freedom of movement of the fiber guide section with respect to the fiber end attachment section in the plane.
A log wood transfer and dispenser apparatus, comprising: - a stopper , - a transfer device for transferring log woods for an input of a wood processing device , wherein the transfer device is adapted to move back and forth in relation to the stopper by actuating means such that the log woods are spreadable and organisable on the transfer device and the transfer device is movable for dispensing log woods one by one. - a stopper , - a transfer device for transferring log woods for an input of a wood processing device , wherein the transfer device is adapted to move back and forth in relation to the stopper by actuating means such that the log woods are spreadable and organisable on the transfer device and the transfer device is movable for dispensing log woods one by one.
An article of footwear having a footbed , the footbed comprising: a body having a lateral edge, a medial edge, a toe edge, and a heel edge, wherein the lateral edge is located opposite the medial edge and the toe edge is located opposite the heel edge, the body further having a bottom surface and a foot-contacting surface opposite the bottom surface, the foot-contacting surface comprising a layer of cork, portions of the layer of cork having a first thickness and portions of the layer of cork having a second thickness that is less than the first thickness, the first thickness and the second thickness are measured from the bottom surface, wherein the portions having a second thickness form channels traversing the foot-contacting surface such that the portions having a first thickness are surrounded by the channels to form a network of channels covering the foot-contacting surface, wherein the channels traverse the foot-contacting surface from a toe region to a heel region and from a medial region to a lateral region, wherein the network of channels formed by the second thickness portions is non-uniform in distribution across the foot-contacting surface and wherein the portions of the layer of the cork having the second thickness have a lower carbon molecule content than the portions of the layer of cork having the first thickness.
Seat belt retractor comprising - a belt shaft which is mounted so as to be rotatable in a frame, on which belt shaft a seat belt can be taken up, and - a blocking device for blocking the belt shaft in the extension direction of the seat belt, and - a control device having a control disk with a toothing for activating the blocking device, and - an electric actuator having a first blocking lever spring-loaded in the engagement direction into the toothing of the control disk , and - an ECL blocking lever which, in a first position, blocks the first blocking lever of the actuator during a first belt strap extension in a position in which this does not engage in the toothing of the control disk , and - an LC blocking lever which, in a first position, blocks the first blocking lever of the actuator in a first position if the belt strap extension length falls short of a predetermined length, in which first position it does not engage in the toothing of the control disk and, upon exceeding the predetermined belt strap extension length, is moved by means of a switching device into a second position in which it does not block the first blocking lever , characterized in that - the LC blocking lever and/or a carrier plate of the LC blocking lever have a blocking contour which is shaped in such a way that the ECL blocking lever comes to rest thereon in a second position releasing the first blocking lever if the LC blocking lever is arranged in the second position. - a belt shaft which is mounted so as to be rotatable in a frame, on which belt shaft a seat belt can be taken up, and - a blocking device for blocking the belt shaft in the extension direction of the seat belt, and - a control device having a control disk with a toothing for activating the blocking device, and - an electric actuator having a first blocking lever spring-loaded in the engagement direction into the toothing of the control disk , and - an ECL blocking lever which, in a first position, blocks the first blocking lever of the actuator during a first belt strap extension in a position in which this does not engage in the toothing of the control disk , and - an LC blocking lever which, in a first position, blocks the first blocking lever of the actuator in a first position if the belt strap extension length falls short of a predetermined length, in which first position it does not engage in the toothing of the control disk and, upon exceeding the predetermined belt strap extension length, is moved by means of a switching device into a second position in which it does not block the first blocking lever , - the LC blocking lever and/or a carrier plate of the LC blocking lever have a blocking contour which is shaped in such a way that the ECL blocking lever comes to rest thereon in a second position releasing the first blocking lever if the LC blocking lever is arranged in the second position.
A wound closure device comprising: a wound closure strip having a wound facing side and a top side, the wound facing side comprising an adhesive applied over at least a portion of the wound facing side; a release liner assembly detachably adhered to the strip by the adhesive, the release liner assembly being a backing film comprising a first frame, a central section, and a second frame which are individually peelable; and wherein the central section of the release liner assembly comprises at least one tab located at an edge of the release liner assembly. a wound closure strip having a wound facing side and a top side, the wound facing side comprising an adhesive applied over at least a portion of the wound facing side; a release liner assembly detachably adhered to the strip by the adhesive, the release liner assembly being a backing film comprising a first frame, a central section, and a second frame which are individually peelable; and wherein the central section of the release liner assembly comprises at least one tab located at an edge of the release liner assembly.
A composite skin for an aerospace vehicle, comprising: a thermal distribution system for distributing heat from a heat source laterally through the skin; and, characterized in that the composite skin further comprises: first and second facesheets on opposite sides of the thermal distribution system, at least the first facesheet being thermally conductive for conducting heat from the distribution system to a face of the skin; wherein each of the first and second facesheets includes: a first layer including a mesh of single wall carbon nanotubes aligned in a first direction within the facesheet and held in a synthetic resin matrix, and a second layer contacting the first layer, the second layer including a mesh of double wall carbon nanotubes aligned in a second direction transverse to the first direction and held in a synthetic resin matrix. a thermal distribution system for distributing heat from a heat source laterally through the skin; and, characterized in that the composite skin further comprises: first and second facesheets on opposite sides of the thermal distribution system, at least the first facesheet being thermally conductive for conducting heat from the distribution system to a face of the skin; wherein each of the first and second facesheets includes: a first layer including a mesh of single wall carbon nanotubes aligned in a first direction within the facesheet and held in a synthetic resin matrix, and a second layer contacting the first layer, the second layer including a mesh of double wall carbon nanotubes aligned in a second direction transverse to the first direction and held in a synthetic resin matrix. first and second facesheets on opposite sides of the thermal distribution system, at least the first facesheet being thermally conductive for conducting heat from the distribution system to a face of the skin; wherein each of the first and second facesheets includes: a first layer including a mesh of single wall carbon nanotubes aligned in a first direction within the facesheet and held in a synthetic resin matrix, and a second layer contacting the first layer, the second layer including a mesh of double wall carbon nanotubes aligned in a second direction transverse to the first direction and held in a synthetic resin matrix. a first layer including a mesh of single wall carbon nanotubes aligned in a first direction within the facesheet and held in a synthetic resin matrix, and a second layer contacting the first layer, the second layer including a mesh of double wall carbon nanotubes aligned in a second direction transverse to the first direction and held in a synthetic resin matrix.
A receiving entity comprising: a receiver, which, receives control information in one or more control information formats, from a transmitting entity, via a physical control channel mapped to one or more control channel elements, CCEs, wherein one CCE consists of 36 resource elements, and circuitry, which is coupled to the receiver and which, performs a blind detection of the physical control channel, wherein the physical control channel is formed of a number of coded control information bits, the number being an integer N multiple of a smallest allowed number of coded control information bits, wherein N equals a number of the one or more CCEs, and at least two of the control information formats are associated with different numbers of information bits. a receiver, which, receives control information in one or more control information formats, from a transmitting entity, via a physical control channel mapped to one or more control channel elements, CCEs, wherein one CCE consists of 36 resource elements, and circuitry, which is coupled to the receiver and which, performs a blind detection of the physical control channel, wherein the physical control channel is formed of a number of coded control information bits, the number being an integer N multiple of a smallest allowed number of coded control information bits, wherein N equals a number of the one or more CCEs, and at least two of the control information formats are associated with different numbers of information bits.
A life preserver including an inflatable main body portion formed by corresponding front and rear layers of material that are connected around their outer peripheries and which each have an aperture for a wearer's neck, wherein the main body portion further comprises an additional layer of material that is connected to the front and rear layers of material around the apertures to form a surface that, upon inflation of the main body portion , encircles the wearer's neck, wherein the surface is configured to grip the wearer's neck on inflation, and characterised in that the additional layer of material is formed from two joined sheets of material that are configured to lie within and parallel to the corresponding front and rear layers of material prior to inflation of the main body portion .
A vehicle comprising: an interior cabin; and a stowage bin assembly within the interior cabin, the stowage bin assembly comprising a weight sensor that is configured to detect the weight of the stowage bin assembly , and a stowage bin control unit in communication with the weight sensor; wherein the stowage bin control unit is configured to automatically close the stowage bin assembly in response to a weight of the stowage bin assembly being within a predetermined range of a maximum weight threshold. an interior cabin; and a stowage bin assembly within the interior cabin, the stowage bin assembly comprising a weight sensor that is configured to detect the weight of the stowage bin assembly , and a stowage bin control unit in communication with the weight sensor; wherein the stowage bin control unit is configured to automatically close the stowage bin assembly in response to a weight of the stowage bin assembly being within a predetermined range of a maximum weight threshold.
An apparatus to facilitate processing a sparse matrix for arbitrary graph data, comprising: a graphics processing unit hosting a hardware accelerator , the hardware accelerator including: a data management unit, DMU, having a scheduler configured to schedule matrix operations, an active circuitry configured to track input operands, and a skip circuitry configured to track unimportant input operands to be skipped by the scheduler , wherein the unimportant input operands have zero values; and processing circuitry coupled to the DMU , the processing circuitry comprising a plurality of processing elements including circuitry configured to read input operands, and a multiplication unit configured to multiply two or more input operands for the arbitrary graph data, wherein the scheduler is configured to schedule non-zero operands at the multiplication unit and skip the unimportant input operands that are detected by the skip circuitry . a data management unit, DMU, having a scheduler configured to schedule matrix operations, an active circuitry configured to track input operands, and a skip circuitry configured to track unimportant input operands to be skipped by the scheduler , wherein the unimportant input operands have zero values; and a scheduler configured to schedule matrix operations, an active circuitry configured to track input operands, and a skip circuitry configured to track unimportant input operands to be skipped by the scheduler , wherein the unimportant input operands have zero values; and processing circuitry coupled to the DMU , the processing circuitry comprising a plurality of processing elements including circuitry configured to read input operands, and a multiplication unit configured to multiply two or more input operands for the arbitrary graph data, wherein the scheduler is configured to schedule non-zero operands at the multiplication unit and skip the unimportant input operands that are detected by the skip circuitry . a plurality of processing elements including circuitry configured to read input operands, and a multiplication unit configured to multiply two or more input operands for the arbitrary graph data, wherein the scheduler is configured to schedule non-zero operands at the multiplication unit and skip the unimportant input operands that are detected by the skip circuitry .