mhurhangee/patent-ind-claim-en huggingface dataset:
A device for breaking up and/or removal of impurities, especially sludges in tanks, which includes a framework , a hydraulic engine with a rotational output, a screw , where the screw has vane segments radially distributed alongside a circumference of a rotor , the vane segments are designed for a collection of the impurities, where the output of the hydraulic engine is connected with the screw and the screw is rotationally placed on both its ends in the framework in a basically horizontal plane, and where the hydraulic engine is connected with the framework in an axis of the screw , whereby the framework is designed for an attachment in a trolley , is characterized by the fact, that the screw consists of at least two parts which are rotationally coupled, rotors of the first and the second part of the screw are mutually slidably placed in the common axis of the screw , both parts of the screw are designed for a partial insertion of the second rotor to the first rotor , the vane segments of the first part of the screw and the oppositely placed vane segments of the second part of the screw are in the longitudinal axial plane of the screw mutually distanced at least at length of the insertion of the second rotor to the first rotor , whereby the framework is designed for an alteration of the distance of the ends in which the screw is rotationally placed. is characterized by the fact, that the screw consists of at least two parts which are rotationally coupled, rotors of the first and the second part of the screw are mutually slidably placed in the common axis of the screw , both parts of the screw are designed for a partial insertion of the second rotor to the first rotor , the vane segments of the first part of the screw and the oppositely placed vane segments of the second part of the screw are in the longitudinal axial plane of the screw mutually distanced at least at length of the insertion of the second rotor to the first rotor , whereby the framework is designed for an alteration of the distance of the ends in which the screw is rotationally placed.
Device for separating flat goods (G) fed in a stack, in particular mail items or printed products, having at least one conveying member which transports the goods (G) in a transport direction (v), and at least one stripper which is located opposite the conveying member , is mounted movably on a guide arm and is prestressed in the direction of the conveying member by an actuating force, wherein the guide arm is rotatably coupled to a first end of a pivot lever via a first pivot joint and a second end of the pivot lever is rotatable about a second pivot joint , characterized in that the first pivot joint and the second pivot joint each comprise a toothed wheel and that a toothed belt or a chain rotates around the toothed wheels , the toothed belt or the chain transmitting a rotation of the second pivot joint to the first pivot j oint .
An airfoil comprising: an airfoil section having an airfoil wall defining a leading end , a trailing end , and first and second sides joining the leading end and the trailing end , the first and second sides spanning in a longitudinal direction (A1) between first and second ends , the airfoil wall circumscribing an internal core cavity ; a rib extending from the first side to the second side and partitioning the internal core cavity into a forward cavity and an aft cavity ; a baffle disposed in the forward cavity ; and a cooling passage network embedded in the airfoil wall between inner and outer portions of the airfoil wall , the cooling passage network having an inlet orifice through the inner portion of the airfoil wall , an array of pedestals, and at least one outlet orifice through the outer portion , characterised in that : the baffle has a showerhead array of impingement orifices adjacent the leading end of the airfoil wall , wherein the inlet orifice opens to the forward cavity at a location aft of the showerhead array of impingement orifices ; and the first side includes stand-off ridges in the forward cavity and the baffle abuts the stand-off ridges . an airfoil section having an airfoil wall defining a leading end , a trailing end , and first and second sides joining the leading end and the trailing end , the first and second sides spanning in a longitudinal direction (A1) between first and second ends , the airfoil wall circumscribing an internal core cavity ; a rib extending from the first side to the second side and partitioning the internal core cavity into a forward cavity and an aft cavity ; a baffle disposed in the forward cavity ; and a cooling passage network embedded in the airfoil wall between inner and outer portions of the airfoil wall , the cooling passage network having an inlet orifice through the inner portion of the airfoil wall , an array of pedestals, and at least one outlet orifice through the outer portion , characterised in that : the baffle has a showerhead array of impingement orifices adjacent the leading end of the airfoil wall , wherein the inlet orifice opens to the forward cavity at a location aft of the showerhead array of impingement orifices ; and the first side includes stand-off ridges in the forward cavity and the baffle abuts the stand-off ridges . the baffle has a showerhead array of impingement orifices adjacent the leading end of the airfoil wall , wherein the inlet orifice opens to the forward cavity at a location aft of the showerhead array of impingement orifices ; and the first side includes stand-off ridges in the forward cavity and the baffle abuts the stand-off ridges .
A pressure sensor comprising: a substrate including a first side and a second side, the substrate including an opening extending between the first side and the second side; a pressure sensing die mounted directly on the first side of the substrate , wherein the pressure sensing die includes a diaphragm and one or more piezoresistive elements positioned on the diaphragm, wherein the pressure sensing die is positioned over the opening ; a first housing member positioned on the first side of the substrate and defining a first cavity around the pressure sensing die , wherein the first housing member includes a first pressure opening defined by one or more first edges of the first housing member; a first passivating agent positioned in the first cavity to cover at least part of the pressure sensing die and at least part of the first side of the substrate ; a second housing member positioned on the second side of the substrate and defining a second cavity , wherein the second housing member includes a second pressure opening defined by one or more second edges of the second housing member; and a second passivating agent positioned in the second cavity to cover at least part of the second side of the substrate ; characterized in that the pressure sensor further comprises: a capacitor or other electrical component mounted on the second side of the substrate , wherein the second passivating agent has a greater thickness around the capacitor or other electrical component than over the opening , wherein the thickness is a measurement of depth extending away from the second side of the substrate a substrate including a first side and a second side, the substrate including an opening extending between the first side and the second side; a pressure sensing die mounted directly on the first side of the substrate , wherein the pressure sensing die includes a diaphragm and one or more piezoresistive elements positioned on the diaphragm, wherein the pressure sensing die is positioned over the opening ; a first housing member positioned on the first side of the substrate and defining a first cavity around the pressure sensing die , wherein the first housing member includes a first pressure opening defined by one or more first edges of the first housing member; a first passivating agent positioned in the first cavity to cover at least part of the pressure sensing die and at least part of the first side of the substrate ; a second housing member positioned on the second side of the substrate and defining a second cavity , wherein the second housing member includes a second pressure opening defined by one or more second edges of the second housing member; and a second passivating agent positioned in the second cavity to cover at least part of the second side of the substrate ; characterized in that the pressure sensor further comprises: a capacitor or other electrical component mounted on the second side of the substrate , wherein the second passivating agent has a greater thickness around the capacitor or other electrical component than over the opening , wherein the thickness is a measurement of depth extending away from the second side of the substrate
A method in a user equipment for retransmitting a packet data unit, PDU, that has previously been transmitted in an uplink to a receiver in a network node, the previously transmitted PDU comprising one or more service data units, SDUs, the method comprising: receiving an uplink grant from the receiver for retransmission of the PDU, wherein the uplink grant for retransmission comprises a time transmission interval, TTI, duration associated therewith; determining whether a SDU of the one or more SDUs of the previously transmitted PDU comprises a TTI duration which is not suited to the TTI duration associated with the uplink grant for retransmission; and, if so repackaging the PDU for retransmission; transmitting the repacked PDU to the receiver; and signaling to the receiver that the PDU for retransmission has been repackaged, wherein the signaling includes information identifying the region of the uplink grant that is used for retransmission. receiving an uplink grant from the receiver for retransmission of the PDU, wherein the uplink grant for retransmission comprises a time transmission interval, TTI, duration associated therewith; determining whether a SDU of the one or more SDUs of the previously transmitted PDU comprises a TTI duration which is not suited to the TTI duration associated with the uplink grant for retransmission; and, if so repackaging the PDU for retransmission; transmitting the repacked PDU to the receiver; and signaling to the receiver that the PDU for retransmission has been repackaged, wherein the signaling includes information identifying the region of the uplink grant that is used for retransmission.
A heat exchange or drying device for an iron core , comprising a sprayer configured to introduce airflow, wherein the sprayer is provided with a plurality of spray holes, the sprayer comprises an annular spray pipe matching with an annular shape of the iron core , the annular spray pipe is provided at an axial end of the iron core , and the plurality of spray holes are provided in a circumferential direction of the annular spray pipe ; and wherein windings are accommodated in slots of the iron core , the windings are wound at the axial end of the iron core to form winding end portions , characterized in that the annular spray pipe is inserted into a through hole formed by all the winding end portions at the axial end of the iron core . the sprayer comprises an annular spray pipe matching with an annular shape of the iron core , the annular spray pipe is provided at an axial end of the iron core , and the plurality of spray holes are provided in a circumferential direction of the annular spray pipe ; and wherein windings are accommodated in slots of the iron core , the windings are wound at the axial end of the iron core to form winding end portions , characterized in that the annular spray pipe is inserted into a through hole formed by all the winding end portions at the axial end of the iron core .
An end effector comprising: a. a housing neck having a first portion and a second portion , wherein said housing neck is formed with a neck bore along a length of said housing neck ; b. a housing section having a first end and a second end, wherein said housing section is engaged with said neck second portion at said first end of said housing section , wherein said housing section is positioned between the housing neck and an end section ; c. a tip engaged with said first portion of said housing neck about a fitting , wherein said fitting of the tip fits within said neck bore , wherein said tip includes a central bore along a length thereof and a work piece contact surface on an exterior axial surface of said tip , said work piece contact surface being generally shaped as a ring around the central bore ; d. an insert including an insert neck extending down into said neck bore and a Portion of said central bore formed in said tip , wherein said insert comprises an insert neck configured to engage a distal end of a rivet ; e. an intermediate insert positioned adjacent said insert ; and f. an end insert positioned adjacent said intermediate insert ; and g. a biasing member positioned between said insert and said intermediate insert . a. a housing neck having a first portion and a second portion , wherein said housing neck is formed with a neck bore along a length of said housing neck ; b. a housing section having a first end and a second end, wherein said housing section is engaged with said neck second portion at said first end of said housing section , wherein said housing section is positioned between the housing neck and an end section ; c. a tip engaged with said first portion of said housing neck about a fitting , wherein said fitting of the tip fits within said neck bore , wherein said tip includes a central bore along a length thereof and a work piece contact surface on an exterior axial surface of said tip , said work piece contact surface being generally shaped as a ring around the central bore ; d. an insert including an insert neck extending down into said neck bore and a Portion of said central bore formed in said tip , wherein said insert comprises an insert neck configured to engage a distal end of a rivet ; e. an intermediate insert positioned adjacent said insert ; and f. an end insert positioned adjacent said intermediate insert ; and g. a biasing member positioned between said insert and said intermediate insert .
An immunogenic composition for use in a method of treatment and/or prevention of AMHR2-expressing ovarian cancer tumor through the induction of an immune response against Anti-Mullerian Hormone Receptor, Type II (AMHR2) in a subject, wherein: (a) the immunogenic composition comprises an AMHR2 polypeptide that comprises the cytoplasmic domain of an AMHR2 polypeptide of SEQ ID NO: 1; (b) the immunogenic composition elicits an immune response specific for the cytoplasmic domain of the AMHR2 polypeptide set forth in SEQ ID NO: 1; and (c) the immune response comprises a T-cell immune response against AMHR2-expressing ovarian cancer cells in the subject. (a) the immunogenic composition comprises an AMHR2 polypeptide that comprises the cytoplasmic domain of an AMHR2 polypeptide of SEQ ID NO: 1; (b) the immunogenic composition elicits an immune response specific for the cytoplasmic domain of the AMHR2 polypeptide set forth in SEQ ID NO: 1; and (c) the immune response comprises a T-cell immune response against AMHR2-expressing ovarian cancer cells in the subject.
A rectangular building block having two short lateral faces and two long lateral faces, comprising of - a centrally integrated recess accessible via a long lateral face by means of a groove ; and - a peripherally integrated recess accessible via a lateral face, said peripherally integrated recess being peripherally to said building block, said peripherally integrated recess being located in said lateral face, and presenting itself with a raised edge and an excision depth (u) perpendicular with the upper surface of the building block in said lateral face, wherein the height (h) of the raised edge being measured from the base of the building block is lower than the thickness (d) of the building block, wherein the thickness of the building block is the distance between the bottom surface and the top surface of the building block, and the excision depth is limited from 1/5 to 1/2 of the thickness of the building block, characterized in that said peripherally integrated recess accessible via a lateral side for hooking up suspension elements, and said peripherally integrated recess having a drainage element , wherein the drainage element is open toward the outside surface of the lateral face of the building block. - a centrally integrated recess accessible via a long lateral face by means of a groove ; and - a peripherally integrated recess accessible via a lateral face, said peripherally integrated recess being peripherally to said building block, said peripherally integrated recess being located in said lateral face, and presenting itself with a raised edge and an excision depth (u) perpendicular with the upper surface of the building block in said lateral face, wherein the height (h) of the raised edge being measured from the base of the building block is lower than the thickness (d) of the building block, wherein the thickness of the building block is the distance between the bottom surface and the top surface of the building block, and the excision depth is limited from 1/5 to 1/2 of the thickness of the building block, characterized in that said peripherally integrated recess accessible via a lateral side for hooking up suspension elements, and said peripherally integrated recess having a drainage element , wherein the drainage element is open toward the outside surface of the lateral face of the building block.
An apparatus for densifying and compacting granular materials, comprising: - a compaction chamber ; and - one or more diametric restriction elements for forming a compaction surface during downward movement of the apparatus, characterized by : a closed-end drive pipe , wherein the bottom end of the drive pipe is fitted into one end of the compaction chamber. - a compaction chamber ; and - one or more diametric restriction elements for forming a compaction surface during downward movement of the apparatus, characterized by : a closed-end drive pipe , wherein the bottom end of the drive pipe is fitted into one end of the compaction chamber.
A portable terminal comprising: a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein at least one end of the flexible display unit is bent, wherein the at least one bent end of the flexible display unit is extended to the at least one side surface of the portable terminal, the flexible display unit including a main display area on the front surface, and an auxiliary display area on the at least one side surface; a controller adapted to determine whether the portable terminal operates in a silent mode or in a general mode, characterized in that , in response to an occurrence of an alarm event, the portable terminal is adapted to output information related to the alarm event on only the auxiliary display area in the silent mode and to output information related to the alarm event on the main display area and on the auxiliary display area in the general mode. a flexible display unit disposed on a front surface of the portable terminal and extending to at least one side surface of the portable terminal, wherein at least one end of the flexible display unit is bent, wherein the at least one bent end of the flexible display unit is extended to the at least one side surface of the portable terminal, the flexible display unit including a main display area on the front surface, and an auxiliary display area on the at least one side surface; a controller adapted to determine whether the portable terminal operates in a silent mode or in a general mode, characterized in that , in response to an occurrence of an alarm event, the portable terminal is adapted to output information related to the alarm event on only the auxiliary display area in the silent mode and to output information related to the alarm event on the main display area and on the auxiliary display area in the general mode.
Block storage arrangement having a block storage element receiving space and a charging space arranged beneath the block storage element receiving space , at least one block storage element being arranged in the block storage element receiving space , which block storage element serves for the multiplication of plant and is stackable, the block storage arrangement having at least one liquid and/or nutrient supply device, characterized in that the block storage element has a liquid receiver with an overflow , the block storage element having a discharge valve , and wherein the liquid and/or nutrient supply device has an actuating means for the discharge valve , the actuating means being arranged outside the container receiving space in a non-actuated state.
Rolling-body-return means for a guide carriage of a linear roller-bearing-mounted guide, having the following features: a rolling-body-return channel with a first end region , into which rolling bodies can enter from a first rolling-body-deflection region , and with a second end region , from which the rolling bodies can exit into a second rolling-body-deflection region , wherein, in the installed state, the rolling-body-return channel , between the first and the second end regions, has a curved portion oriented away from a guide rail of the linear guide, and therefore the rolling-body-return channel can be arranged around a rigidity-increasing arrangement of the guide carriage , characterized in that a central region of the rolling-body-return channel runs at a distance (d) from, and parallel to, the two end regions (12; 15) of said channel, and, at its two ends, the central region is connected to the respective end region (12; 15) of the rolling-body-return channel in each case by means of connecting portions of the rolling-body-return channel. a rolling-body-return channel with a first end region , into which rolling bodies can enter from a first rolling-body-deflection region , and with a second end region , from which the rolling bodies can exit into a second rolling-body-deflection region , wherein, in the installed state, the rolling-body-return channel , between the first and the second end regions, has a curved portion oriented away from a guide rail of the linear guide, and therefore the rolling-body-return channel can be arranged around a rigidity-increasing arrangement of the guide carriage , characterized in that a central region of the rolling-body-return channel runs at a distance (d) from, and parallel to, the two end regions (12; 15) of said channel, and, at its two ends, the central region is connected to the respective end region (12; 15) of the rolling-body-return channel in each case by means of connecting portions of the rolling-body-return channel.