mhurhangee/patent-ind-claim-en huggingface dataset:
An electric bed, comprising: a base bed frame , which is horizontally disposed; at least one adjustable sub-frame (31; 32), which is rotatably connected to the base bed frame and is rotatable between a horizontal position and a lifting position; a drive device , which is capable of driving the at least one adjustable sub-frame (31; 32) to rotate; and a plurality of bed planks , which are independent from each other and include at least one fixed bed plank and at least one adjustable bed plank , characterized in that the electric bed further comprises a plurality of quick assembly devices disposed on the base bed frame and the adjustable sub-frame (31; 32) for connecting the fixed bed plank to the base bed frame and fixing the adjustable bed plank to the adjustable sub-frame (31; 32), wherein the quick assembly devices are groove-shaped members having a groove shape complementary to a shape of an edge of each of the plurality of bed planks for fixing the plurality of bed planks in the groove-shaped members. a base bed frame , which is horizontally disposed; at least one adjustable sub-frame (31; 32), which is rotatably connected to the base bed frame and is rotatable between a horizontal position and a lifting position; a drive device , which is capable of driving the at least one adjustable sub-frame (31; 32) to rotate; and a plurality of bed planks , which are independent from each other and include at least one fixed bed plank and at least one adjustable bed plank , characterized in that the electric bed further comprises a plurality of quick assembly devices disposed on the base bed frame and the adjustable sub-frame (31; 32) for connecting the fixed bed plank to the base bed frame and fixing the adjustable bed plank to the adjustable sub-frame (31; 32), wherein the quick assembly devices are groove-shaped members having a groove shape complementary to a shape of an edge of each of the plurality of bed planks for fixing the plurality of bed planks in the groove-shaped members.
A work vehicle , comprising: a DPF system configured to collect particulate matter contained in exhaust gas from an engine ; an SCR system configured to add, to the exhaust gas from the engine , a reductant stored in a reductant storage tank to reduce nitrogen oxide contained in the exhaust gas; and a control unit configured to execute a DPF renewal control whereby particulate matter collected and deposited in the DPF system is burned and removed by using the exhaust gas from the engine and an SCR reference operation restricting control to restrict an operating condition of the engine, the SCR reference operation restricting control executed when an amount of the reductant stored in the reductant storage tank is a preset amount or less, or when an abnormality occurs in the SCR system , characterized in that the control unit is configured to preferentially execute the DPF renewal control over the SCR reference operation restricting control. a DPF system configured to collect particulate matter contained in exhaust gas from an engine ; an SCR system configured to add, to the exhaust gas from the engine , a reductant stored in a reductant storage tank to reduce nitrogen oxide contained in the exhaust gas; and a control unit configured to execute a DPF renewal control whereby particulate matter collected and deposited in the DPF system is burned and removed by using the exhaust gas from the engine and an SCR reference operation restricting control to restrict an operating condition of the engine, the SCR reference operation restricting control executed when an amount of the reductant stored in the reductant storage tank is a preset amount or less, or when an abnormality occurs in the SCR system , characterized in that the control unit is configured to preferentially execute the DPF renewal control over the SCR reference operation restricting control.
A phase change memory, comprising: an array of phase change memory cells; and a reset verify circuit configured to: send (215; 310) a reset pulse to at least one cell in the array of cells; sense (220; 320) a first instance of a threshold voltage of the at least one cell in response to applying a first verify voltage across the at least one cell; sense (225; 330) a second instance of the threshold voltage of the at least one cell in response to applying a second verify voltage across the at least one cell, wherein the second verify voltage is lower than the first verify voltage; determine (230; 340) whether the first instance of the threshold voltage of the at least one cell was above the first verify voltage and the second instance of the threshold voltage of the at least one cell was below the second verify voltage ; and determining that the cell was disturbed by the first verify voltage if the first instance of the threshold voltage was above the first verify voltage and the second instance of the threshold voltage was below the second verify voltage. an array of phase change memory cells; and a reset verify circuit configured to: send (215; 310) a reset pulse to at least one cell in the array of cells; sense (220; 320) a first instance of a threshold voltage of the at least one cell in response to applying a first verify voltage across the at least one cell; sense (225; 330) a second instance of the threshold voltage of the at least one cell in response to applying a second verify voltage across the at least one cell, wherein the second verify voltage is lower than the first verify voltage; determine (230; 340) whether the first instance of the threshold voltage of the at least one cell was above the first verify voltage and the second instance of the threshold voltage of the at least one cell was below the second verify voltage ; and determining that the cell was disturbed by the first verify voltage if the first instance of the threshold voltage was above the first verify voltage and the second instance of the threshold voltage was below the second verify voltage. send (215; 310) a reset pulse to at least one cell in the array of cells; sense (220; 320) a first instance of a threshold voltage of the at least one cell in response to applying a first verify voltage across the at least one cell; sense (225; 330) a second instance of the threshold voltage of the at least one cell in response to applying a second verify voltage across the at least one cell, wherein the second verify voltage is lower than the first verify voltage; determine (230; 340) whether the first instance of the threshold voltage of the at least one cell was above the first verify voltage and the second instance of the threshold voltage of the at least one cell was below the second verify voltage ; and determining that the cell was disturbed by the first verify voltage if the first instance of the threshold voltage was above the first verify voltage and the second instance of the threshold voltage was below the second verify voltage.
Transmission control device , in particular for a motor vehicle, wherein the transmission control device comprises the following: a circuit board element having electronic components, and a plug housing for receiving a connecting plug and for electrically connecting the connecting plug to the circuit board element , wherein the plug housing substantially consists of thermoset material and the plug housing partially encloses the circuit board element with direct contact in an integrally bonded manner, wherein the circuit board element comprises a connection element having a contact region for electrically connecting the connection element to the connecting plug, wherein the circuit board element comprises a substantially flexible intermediate element and a base element , wherein the base element is electrically connected to the connection element via the intermediate element , and the intermediate element is substantially completely enclosed by the thermoset material, characterized in that the connection element has a contact region which is partially exposed on its outer surface and is intended for electrically connecting the circuit board element to the connecting plug, wherein the contact region has conductor tracks which are at least partially exposed to the outside and the thermoset material is partially arranged on the conductor tracks of the contact region . a circuit board element having electronic components, and a plug housing for receiving a connecting plug and for electrically connecting the connecting plug to the circuit board element , wherein the plug housing substantially consists of thermoset material and the plug housing partially encloses the circuit board element with direct contact in an integrally bonded manner, wherein the circuit board element comprises a connection element having a contact region for electrically connecting the connection element to the connecting plug, wherein the circuit board element comprises a substantially flexible intermediate element and a base element , wherein the base element is electrically connected to the connection element via the intermediate element , and the intermediate element is substantially completely enclosed by the thermoset material, characterized in that the connection element has a contact region which is partially exposed on its outer surface and is intended for electrically connecting the circuit board element to the connecting plug, wherein the contact region has conductor tracks which are at least partially exposed to the outside and the thermoset material is partially arranged on the conductor tracks of the contact region .
A dual mass flywheel, comprising a primary part and a secondary part which can be rotated to a limited extent in relation to one another about an axis of rotation , a spring damper arrangement comprising torsion springs , which is effective between the primary part and the secondary part , a friction device having at least one spring tension loaded friction ring (21, 22; 38, 39) as well as a centrifugal pendulum-type absorber associated with the secondary part , the integrally formed secondary part forming outer flange sections cooperating with the torsion springs as well as an output hub , and a retaining element being arranged on the primary part , via which a centring of the secondary part is achieved, and the dual mass flywheel is covered on the output side by a thin-walled plate , the centring of the secondary part comprising at least one potted retention element which is screwed together with the primary part to a crankshaft flange , characterized in that locally angled sections of the retention element forming a centring diameter D are guided through recesses in the secondary part , which form toothing profiles at the ends, into which radially aligned disc spring tongues of a disc spring engage.
A mobile terminal booth comprising: a sound absorbing unit which partially partitions a public space as viewed from the above to provide a space in which a user of a mobile terminal can have a telephone conversation, wherein said sound absorbing unit consists of a plurality of sound absorbing panels which are joined to confine said partitioned space, wherein each of said sound absorbing panels includes a sound absorbing member and a metallic panel on which said sound absorbing member is mounted, wherein said sound absorbing member is made of a laminate including a plurality of sound absorbing sheets which are made from at least one of a needle felt, glass wool, thermo wool, phenol resin, and polyurethane, wherein the outside surface of the sound absorbing unit is made of the metallic panel which reflects and blocks sound waves incident from outside, and characterized in that the inside surface facing the space in which a user of a mobile terminal can have a telephone conversation is a cloth covering the sound absorbing member which dumps reverberating sound in said mobile terminal booth. said sound absorbing unit consists of a plurality of sound absorbing panels which are joined to confine said partitioned space, wherein each of said sound absorbing panels includes a sound absorbing member and a metallic panel on which said sound absorbing member is mounted, wherein said sound absorbing member is made of a laminate including a plurality of sound absorbing sheets which are made from at least one of a needle felt, glass wool, thermo wool, phenol resin, and polyurethane, wherein the outside surface of the sound absorbing unit is made of the metallic panel which reflects and blocks sound waves incident from outside, and characterized in that the inside surface facing the space in which a user of a mobile terminal can have a telephone conversation is a cloth covering the sound absorbing member which dumps reverberating sound in said mobile terminal booth.
A transmission control method, applied to a master node device, which controls data duplication transmission through a Radio Resource Control, RRC, message, the method comprises: controlling (S601), by the master node device, an on-off state of a data duplication transmission mode; characterized in that the method further comprises: sending (S602), by the master node device, a notification message to a secondary node device, wherein the notification message indicates that the data duplication transmission mode is in the on state or the data duplication transmission mode is in the off state; wherein the controlling (S601), by the master node device, an on-off state of a data duplication transmission mode, comprises: sending an RRC message to a UE to control the on-off state of the data duplication transmission mode. sending (S602), by the master node device, a notification message to a secondary node device, wherein the notification message indicates that the data duplication transmission mode is in the on state or the data duplication transmission mode is in the off state; wherein the controlling (S601), by the master node device, an on-off state of a data duplication transmission mode, comprises: sending an RRC message to a UE to control the on-off state of the data duplication transmission mode.
A feed system for feeding and applying a feed force to an abrasive element of a bore finishing tool in a lateral direction relative to an axis of rotation thereof, comprising: a drive apparatus controllably operable to move a drive element in a first direction and an opposite second direction within a predetermined range; an elastic biasing element having a first end and a second end , the first end disposed in predetermined relation to the drive element so as to be displaced by the movement thereof to cause the biasing element to elastically store a quantity of energy proportional to the displacement and representative of the feed force, and the second end being disposed in predetermined relation to an output element configured to move generally axially in cooperation with a feed element of the bore finishing tool to transfer and apply the feed force laterally to the abrasive element and to displace jointly with the output element responsive to changes in the applied force; and characterized by a first sensor positioned and operable to determine a value representative of the displacement of the second end of the biasing element and output a signal representative thereof, a second sensor positioned and operable to determine a value representative of the displacement of the first end of the biasing element and output a signal representative thereof, and a processor connected to the first sensor and to the second sensor to receive the signals outputted thereby and to determine a responsive value for moving the drive element of the drive apparatus to apply a selected feed force. a drive apparatus controllably operable to move a drive element in a first direction and an opposite second direction within a predetermined range; an elastic biasing element having a first end and a second end , the first end disposed in predetermined relation to the drive element so as to be displaced by the movement thereof to cause the biasing element to elastically store a quantity of energy proportional to the displacement and representative of the feed force, and the second end being disposed in predetermined relation to an output element configured to move generally axially in cooperation with a feed element of the bore finishing tool to transfer and apply the feed force laterally to the abrasive element and to displace jointly with the output element responsive to changes in the applied force; and characterized by a first sensor positioned and operable to determine a value representative of the displacement of the second end of the biasing element and output a signal representative thereof, a second sensor positioned and operable to determine a value representative of the displacement of the first end of the biasing element and output a signal representative thereof, and a processor connected to the first sensor and to the second sensor to receive the signals outputted thereby and to determine a responsive value for moving the drive element of the drive apparatus to apply a selected feed force.
A billet rolling mill comprising two shaping rollers for shaping a blank (E) to be shaped, each shaping roll being provided with at least one rolling tool and rotated about an axis of rotation (Y7, Y8) by at least one respective drive motor , and a manipulator subassembly for moving the blank with respect to the shaping rolls, the manipulator subassembly comprising a clamp for gripping the blank, a carriage for moving the clamp at least along a direction of rolling (X38) of the blank and at least one linear motor for moving the carriage along the direction of rolling (X38), the direction of rolling (X38) being perpendicular to the axis of rotation (Y7, Y8) of the rolling tool , the billet rolling mill being characterized in that the linear motor is configured for, in a first step, accelerating the blank (E), so as to insert the blank between the rolling tools at a speed synchronized with the speed of the rolling tools, and for, in a second step, selectively exert on the blank (E) during rolling either a tensile force which tends to extract the blank from a gap defined between the rolling tools , or a braking force which tends to limit a speed of ejection of the blank.
A thermal printer comprising: a platen roller ; a frame including side plates , each of the side plates including a platen roller receiving part configured to detachably support a bearing of the platen roller ; and a thermal head supported by the side plates and pressed toward the platen roller by a head spring attached to a main body of the frame , wherein the platen roller receiving part includes an open mouth for inserting and pulling out the bearing of the platen roller in a direction perpendicular to an axial direction of the platen roller , wherein the open mouth includes a single protrusion , which projects toward an upper part of the platen roller receiving part from a lower side of the open mouth , and over which the bearing passes when the platen roller is inserted into the platen roller receiving part . a platen roller ; a frame including side plates , each of the side plates including a platen roller receiving part configured to detachably support a bearing of the platen roller ; and a thermal head supported by the side plates and pressed toward the platen roller by a head spring attached to a main body of the frame , wherein the platen roller receiving part includes an open mouth for inserting and pulling out the bearing of the platen roller in a direction perpendicular to an axial direction of the platen roller , wherein the open mouth includes a single protrusion , which projects toward an upper part of the platen roller receiving part from a lower side of the open mouth , and over which the bearing passes when the platen roller is inserted into the platen roller receiving part .
A suture security device for automated surgical suturing, comprising: a latch comprising a cam linkage and being pivotable about an axis ; a plate ; wherein the latch is configured to be selectively held towards the plate , thereby being configured to grip a suture therebetween; and an actuator coupled to the latch by the cam linkage and operable to move the latch away from the plate . a latch comprising a cam linkage and being pivotable about an axis ; a plate ; wherein the latch is configured to be selectively held towards the plate , thereby being configured to grip a suture therebetween; and an actuator coupled to the latch by the cam linkage and operable to move the latch away from the plate .
INGAP-PP peptide, HIP peptide, or analog thereof for use in treating acute pancreatitis, wherein the peptide or analog thereof is selected from the following list: Peptide ID / SEQ ID NO. Sequence 1 H-IGLHDPSHGTLPNGS-OH 6 H-IGLHAPSHGTLPNGS-OH 7 H-IGLHDPSHGTLPAGS-OH 8 H-IGLHAPSHGTLPAGS-OH 9 H-IGLHDPSHGTLPAGSK-OH 10 H-IGLHDPSHGTLP(Aib)GS-OH 11 H-IGLHDPSHGTLP(N-methyl-L-Alanine)GS-OH 12 Ac-IGLHDPSHGTLPAGS-OH 13 H-(D-Isoleucine)GLHDPSHGTLPAGS-OH 14 H-(L-NorValine)GLHDPSHGTLPAGS-OH 15 H-(L-NorLeucine)GLHDPSHGTLPAGS-OH 16 Ac-IGLHDPSHGTLPNGS-OH 17 H-(D-Isoleucine)GLHDPSHGTLPNGS-OH 18 H-IGLHDPSHGTEPNGS-OH 19 H-IGLHDPSQGTLPNGS-OH 20 H-IGLHDPTHGTLPNGS-OH 21 H-IGLHDPSHGTLPNGE-OH 22 H-IGLHDPSHGTLPNGK-OH 23 H-IGLHDPSHGTLPAGK-OH 24 H-IGLHDPSHGTEPAGS-OH 25 H-IGLHDPSQGTLPAGS-OH 26 H-IGLHDPTHGTLPAGS-OH 27 H-IGLHDPSHGTLPAGE-OH 28 H-IGLHDPSHGTLPAG-NH2 29 Ac-IGLHDPSHGTLPAGS-NH2 30 Ac-IGLHDPSHGTLPAG-NH2 31 Ac-IGLHDPSHGTLPNGS-NH2 32 H-IGLHDPSHGTLPNGS-NH2 33 H-IGLHDPSHGTLPNGSC-OH 34 Ac-IGLHDPSHGTLPNGSC-OH 35 H-IGLHDPSHGTLPNGSC-NH2 36 Ac-IGLHDPSHGTLPNGSC-NH2 37 H-IGLHDPSHGTLPNGC-OH 38 Ac-IGLHDPSHGTLPNGC-OH 39 H-IGLHDPSHGTLPNGC-NH2 40 Ac-IGLHDPSHGTLPNGC-NH2 41 H-IGLHDPSHGTLPAGS-NH2 42 H-IGLHDPSHGTLPAGSC-OH 43 Ac-IGLHDPSHGTLPAGSC-OH 44 H-IGLHDPSHGTLPAGSC-NH2 45 Ac-IGLHDPSHGTLPAGSC-NH2 46 H-IGLHDPSHGTLPAGC-OH 47 Ac-IGLHDPSHGTLPAGC-OH 48 H-IGLHDPSHGTLPAGC-NH2 49 Ac-IGLHDPSHGTLPAGC-NH2 73 IGLHDPSHGTLPAG 74 IGLHDPSHGTLPNG 75 Ac-IGLHDPSHGTLPNG 76 IGLHDPSHGTLPNG-NH2 77 Ac-IGLHDPSHGTLPNG-NH2 78 H-IGLHDPSHGTLPQGS-OH 79 H-IGLHDPSHGTLPDGS-OH 80 H-IGLHDPSHGTLPEGS-OH 81 H-IGLHEPSHGTLPNGS-OH 82 H-IGLHQPSHGTLPNGS-OH 83 H-IGLHNPSHGTLPNGS-OH 84 H-IGLHEPSHGTLPAGS-OH 85 H-IGLHQPSHGTLPAGS-OH 86 H-IGLHNPSHGTLPAGS-OH 87 H-IGLHDPSHGTLPQGSC-OH 88 H-IGLHDPSHGTLPDGSC-OH 89 H-IGLHDPSHGTLPEGSC-OH 90 H-IGLHEPSHGTLPNGSC-OH 91 H-IGLHQPSHGTLPNGSC-OH 92 H-IGLHNPSHGTLPNGSC-OH 93 H-IGLHDPSHGTLPQG-OH 94 H-IGLHDPSHGTLPDG-OH 95 H-IGLHDPSHGTLPEG-OH 96 H-IGLHEPSHGTLPNG-OH 97 H-IGLHQPSHGTLPNG-OH 98 H-IGLHNPSHGTLPNG-OH 99 H-IGLHEPSHGTLPAG-OH 100 H-IGLHQPSHGTLPAG-OH 101 H-IGLHNPSHGTLPAG-OH 102 H-IGLHDPSHGTLPQGE-OH 103 H-IGLHDPSHGTLPDGE-OH 104 H-IGLHDPSHGTLPEGE-OH 105 H-IGLHEPSHGTLPNGE-OH 106 H-IGLHQPSHGTLPNGE-OH 107 H-IGLHNPSHGTLPNGE-OH 108 H-IGLHEPSHGTLPAGE-OH 109 H-IGLHQPSHGTLPAGE-OH 110 H-IGLHNPSHGTLPAGE-OH or the following list: Peptide ID / SEQ ID NO. Sequence 2 H-IGLHDPTQGTEPNGE-OH 50 H-IGLHDPTQGTEPAGE-OH 51 H-IGLHDPTQGTEP(Aib)GE-OH 52 Ac-IGLHDPTQGTEPAGE-OH 53 H-(D-Isoleucine)GLHDPTQGTEPAGE-OH 54 Ac-IGLHDPTQGTEPNGE-OH 55 H-(D-Isoleucine)GLHDPTQGTEPNGE-OH 56 H-IGLHDPTQGTEPNGS-OH 57 H-IGLHDPTQGTEPAGS-OH 58 H-IGLHDPTQGTLPNGE-OH 59 H-IGLHDPTQGTLPAGE-OH 60 Ac-IGLHDPTQGTEPAG-NH 2 61 Ac-IGLHDPTQGTEPNGE-NH 2 62 Ac-IGLHDPTQGTEPAGE-NH 2 63 H-IGLHDPTQGTEPNGE-NH 2 64 H-IGLHDPTQGTEPNGC-OH 65 Ac-IGLHDPTQGTEPNGC-OH 66 H-IGLHDPTQGTEPNGC-NH 2 67 Ac-IGLHDPTQGTEPNGC-NH 2 68 H-IGLHDPTQGTEPAGE-NH 2 69 H-IGLHDPTQGTEPAGC-OH 70 Ac-IGLHDPTQGTEPAGC-OH 71 H-IGLHDPTQGTEPAGC-NH 2 72 Ac-IGLHDPTQGTEPAGC-NH 2