mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for weighing items (148, 170), comprising: a support structure (102, 160);a driven portion (110, 164) associated with said support structure and including at least one pair of wheels mounted on respective drive shafts, said at least one pair of wheels (112, 152, 154) being suspended from said support structure (102, 160), said wheels arranged adjacently with each pair of wheel (112, 152, 154) adapted to engage the items (148, 170) such that said items (148, 170) are supported in a suspended position during weighing; a driving device for causing rotation of said pair of wheels (112, 152, 154), one of said wheels rotating in a direction opposite to the direction of rotation of the other of said wheels, such that items (148, 170) are transported through said apparatus by rotation of said at least one pair of wheels (112, 152, 154); wherein at least one force measuring device comprising at least one load cell is associated with said at least one pair of wheels (112, 152, 154) and is adapted to determine the weights of items (148, 170) to be weighed while said items (148, 170) are suspended from said pair of wheels (112, 152, 154), characterized in that said plurality of drive shafts is corresponding to the number of wheels, wherein each drive shaft is extending downwardly from said support structure (102, 160) and suspending one of the wheels therefrom. a support structure (102, 160);a driven portion (110, 164) associated with said support structure and including at least one pair of wheels mounted on respective drive shafts, said at least one pair of wheels (112, 152, 154) being suspended from said support structure (102, 160), said wheels arranged adjacently with each pair of wheel (112, 152, 154) adapted to engage the items (148, 170) such that said items (148, 170) are supported in a suspended position during weighing; a driving device for causing rotation of said pair of wheels (112, 152, 154), one of said wheels rotating in a direction opposite to the direction of rotation of the other of said wheels, such that items (148, 170) are transported through said apparatus by rotation of said at least one pair of wheels (112, 152, 154); wherein at least one force measuring device comprising at least one load cell is associated with said at least one pair of wheels (112, 152, 154) and is adapted to determine the weights of items (148, 170) to be weighed while said items (148, 170) are suspended from said pair of wheels (112, 152, 154), characterized in that said plurality of drive shafts is corresponding to the number of wheels, wherein each drive shaft is extending downwardly from said support structure (102, 160) and suspending one of the wheels therefrom.
A rubber composition, comprising a rubber component, a rubber-metal adhesion promoter containing Bi, and an organic acid salt of metal other than Bi, wherein a content of metal element other than Bi with respect to a content of Bi element, which is expressed as content of metal element other than Bi/content of Bi element, in the rubber composition is more than 14 and 100 or less in terms of molar ratio, and a content of the rubber-metal adhesion promoter is more than 1.5 parts by mass with respect to 100 parts by mass of the rubber component, and the amount of substance of metal element other than Bi contained in the organic acid salt of metal other than Bi in the rubber composition is 0.01 mol or more. a content of metal element other than Bi with respect to a content of Bi element, which is expressed as content of metal element other than Bi/content of Bi element, in the rubber composition is more than 14 and 100 or less in terms of molar ratio, and a content of the rubber-metal adhesion promoter is more than 1.5 parts by mass with respect to 100 parts by mass of the rubber component, and the amount of substance of metal element other than Bi contained in the organic acid salt of metal other than Bi in the rubber composition is 0.01 mol or more.
A medium conveying device comprising: a first roller configured to be rotatable in a first rotational direction and in a second rotational direction opposite to the first rotational direction; a second roller disposed to be spaced apart from the first roller and configured to be rotatable in the first rotational direction and in the second rotational direction; a conveyance belt passed around the first roller and the second roller and configured to support and convey a medium on a supporting surface formed between the first roller and the second roller; and a controlling unit configured to control at least rotary drive of the first roller, characterized in that the controlling unit is configured to execute first control to determine whether a first skewing direction and a second skewing direction are the same, the first skewing direction indicating whether, when the first roller and the second roller are caused to rotate in the first rotational direction, the conveyance belt moves toward one side or the other side in a width direction intersecting a moving direction of the conveyance belt, and the second skewing direction indicating whether, when the first roller and the second roller are caused to rotate in the second rotational direction, the conveyance belt moves toward the one side or the other side in the width direction. a first roller configured to be rotatable in a first rotational direction and in a second rotational direction opposite to the first rotational direction; a second roller disposed to be spaced apart from the first roller and configured to be rotatable in the first rotational direction and in the second rotational direction; a conveyance belt passed around the first roller and the second roller and configured to support and convey a medium on a supporting surface formed between the first roller and the second roller; and a controlling unit configured to control at least rotary drive of the first roller, characterized in that the controlling unit is configured to execute first control to determine whether a first skewing direction and a second skewing direction are the same, the first skewing direction indicating whether, when the first roller and the second roller are caused to rotate in the first rotational direction, the conveyance belt moves toward one side or the other side in a width direction intersecting a moving direction of the conveyance belt, and the second skewing direction indicating whether, when the first roller and the second roller are caused to rotate in the second rotational direction, the conveyance belt moves toward the one side or the other side in the width direction.
A patient transfer system for transferring a patient to an operating table in a prone position from a supine position, and vice versa, the patient transfer system comprising: a chassis; a platen, coupled to the chassis, rotatable about an axis and adapted to receive a patient in a supine position and rotate the patient from a supine position to a prone position, and vice versa; and a restraint/support system adapted to hold the head, torso, and legs of the patient stationary on the platen while the patient is rotated from the supine position to the prone position, and vice versa, the restraint/support system also configured to support the head, torso, and legs of the patient while the patient is deposited on the operating table in a prone position, characterized in that the restraint/support system is able to transform the surface of an operating table into a dedicated back surgery platform, and in that one or more portions of the restraint/support system are configured to reside underneath the patient and to elevate and support the head, torso, and legs of the patient. a chassis; a platen, coupled to the chassis, rotatable about an axis and adapted to receive a patient in a supine position and rotate the patient from a supine position to a prone position, and vice versa; and a restraint/support system adapted to hold the head, torso, and legs of the patient stationary on the platen while the patient is rotated from the supine position to the prone position, and vice versa, the restraint/support system also configured to support the head, torso, and legs of the patient while the patient is deposited on the operating table in a prone position, characterized in that the restraint/support system is able to transform the surface of an operating table into a dedicated back surgery platform, and in that one or more portions of the restraint/support system are configured to reside underneath the patient and to elevate and support the head, torso, and legs of the patient.
A method for testing an electronic device under test, such as an integrated chip, such a testing method comprising the steps of: disposing a thermal clutch between a variable heat sink that absorbs heat energy and a heat source member that selectively delivers heat energy, the thermal clutch including: one or more bridge assemblies having each a bridge forming a generally U-shaped structure straddling the variable heat sink (300, 302), the legs thereof attaching to the heat source member (400, 402); and one or more moving mechanisms configured for decoupling the variable heat sink (300, 302) and heat source member (400, 402); and selectively operating the thermal clutch in one of a first manner or a second manner, wherein: when operating the thermal clutch in the first manner the thermal clutch thermally couples the variable heat sink to the DUT: and when operating the thermal clutch in the second manner, the thermal clutch thermally de-couples the variable heat sink from the DUT, and the heat source member is thermally coupled to the DUT and operated so as to produce heat energy which is thus provided to the thermally coupled DUT. disposing a thermal clutch between a variable heat sink that absorbs heat energy and a heat source member that selectively delivers heat energy, the thermal clutch including: one or more bridge assemblies having each a bridge forming a generally U-shaped structure straddling the variable heat sink (300, 302), the legs thereof attaching to the heat source member (400, 402); and one or more moving mechanisms configured for decoupling the variable heat sink (300, 302) and heat source member (400, 402); and selectively operating the thermal clutch in one of a first manner or a second manner, wherein: when operating the thermal clutch in the first manner the thermal clutch thermally couples the variable heat sink to the DUT: and when operating the thermal clutch in the second manner, the thermal clutch thermally de-couples the variable heat sink from the DUT, and the heat source member is thermally coupled to the DUT and operated so as to produce heat energy which is thus provided to the thermally coupled DUT.
A strake for a Scruton helix for use on a tower of a wind turbine, comprising: • at least one interference member for influencing a flow of wind on the tower or tower section, characterized in that • the strake comprises a substructure that can be stretched in a helical manner over a surface of a tower section and comprises a support side having a support surface and an outer side opposite the support side, • wherein the at least one interference member can be brought into contact with the outer side of the substructure and can be connected to the substructure. • at least one interference member for influencing a flow of wind on the tower or tower section, characterized in that • the strake comprises a substructure that can be stretched in a helical manner over a surface of a tower section and comprises a support side having a support surface and an outer side opposite the support side, • wherein the at least one interference member can be brought into contact with the outer side of the substructure and can be connected to the substructure.
A method of limiting a freedom of movement of a dog, comprising: transmitting a movement limitation signal to a designated receiver of a movement limitation means attached to the torso of the dog which is attached to a chest area of the dog by means of a chest harness at the bottom side of the torso and coupled to the head of the dog by means of a coupling element (120; 220); and pulling the head of the dog towards its torso by means of the movement limitation means and the coupling element (120; 220) in response to the movement limitation signal. transmitting a movement limitation signal to a designated receiver of a movement limitation means attached to the torso of the dog which is attached to a chest area of the dog by means of a chest harness at the bottom side of the torso and coupled to the head of the dog by means of a coupling element (120; 220); and pulling the head of the dog towards its torso by means of the movement limitation means and the coupling element (120; 220) in response to the movement limitation signal.
Shoe, which has two rows of eyelets and laces threaded into the eyelets in its flat upper, as well as an enclosing element (2, 9, 14), which is attached to one of the eyelets in the upper, which is secured so that it does not move from the eyelet and has a through hole which the laces extend through, creating a permanent rigid connection (i.e., one which cannot be detached without destroying it) between the enclosing element (2, 9, 14) and the longitudinal portion of the lace running through it, characterised by the fact that the surrounding element is formed by overmoulding the lace with plastic.
A method for providing position information of an electronic apparatus which is communicably connected to an external apparatus (210 - 230), the method comprising: detecting, by the electronic apparatus, first position information comprising a position of the electronic apparatus; transmitting, by the electronic apparatus, a position inquiry request and information regarding a predetermined time period to the external apparatus (210 - 230), wherein the predetermined time period comprises a time after when the electronic apparatus transmits the position inquiry request, and wherein the information regarding the predetermined time period is set by a user of the electronic device; receiving, by the electronic apparatus, second position information comprising a position of the external apparatus (210 - 230) from the external apparatus (210 - 230) for the predetermined time period; and displaying, by the electronic apparatus, positions of the electronic apparatus and the external apparatus (210 - 230) on a screen using the first position information and the second position information. detecting, by the electronic apparatus, first position information comprising a position of the electronic apparatus; transmitting, by the electronic apparatus, a position inquiry request and information regarding a predetermined time period to the external apparatus (210 - 230), wherein the predetermined time period comprises a time after when the electronic apparatus transmits the position inquiry request, and wherein the information regarding the predetermined time period is set by a user of the electronic device; receiving, by the electronic apparatus, second position information comprising a position of the external apparatus (210 - 230) from the external apparatus (210 - 230) for the predetermined time period; and displaying, by the electronic apparatus, positions of the electronic apparatus and the external apparatus (210 - 230) on a screen using the first position information and the second position information.
A device for closure of an opening in a medical patient's subcutaneous tissue wall, including: a catheter having a first inflatable, bio-degradable balloon, a sheet of extracellular matrix material loaded on and around said catheter and located proximal of said first balloon; a second inflatable, bio-degradable balloon located proximal of said first balloon; a second sheet of extracellular matrix material loaded on and around said catheter and located distal of said second balloon; said device being configured such that tissue wall is locatable between said first and second sheets of extracellular matrix material and such that upon inflation of said first and second balloons, the first sheet of extracellular matrix material is held against the tissue wall by said first balloon and the second sheet of extracellular matrix material is held against the tissue wall by said second balloon, said sheets of extracellular matrix material being pressed together by said first and second balloons. a catheter having a first inflatable, bio-degradable balloon, a sheet of extracellular matrix material loaded on and around said catheter and located proximal of said first balloon; a second inflatable, bio-degradable balloon located proximal of said first balloon; a second sheet of extracellular matrix material loaded on and around said catheter and located distal of said second balloon; said device being configured such that tissue wall is locatable between said first and second sheets of extracellular matrix material and such that upon inflation of said first and second balloons, the first sheet of extracellular matrix material is held against the tissue wall by said first balloon and the second sheet of extracellular matrix material is held against the tissue wall by said second balloon, said sheets of extracellular matrix material being pressed together by said first and second balloons.
Method for controlling the temperature of a lubricating fluid of a clutch/transmission arrangement (16, 18) of a drive train, wherein the clutch/transmission arrangement (16, 18) has a housing arrangement, in which at least one lubricating fluid is held, wherein a rotational element that can be made to rotate and can be supplied with lubricating fluid from radially inside is arranged in the housing arrangement, wherein a temperature control channel, through which a temperature control fluid can flow and which extends around a circumferential section of the rotational element, is arranged in the housing arrangement, and with a detector device (134, 136), which can detect a need for temperature control of the lubricating fluid, comprising the following steps: - detecting a need for temperature control of the lubricating fluid; - introducing temperature control fluid into the temperature control channel if not done already; - making the rotational element rotate if not done already, and - supplying the rotational element with lubricating fluid, such that the lubricating fluid is conveyed radially outward against an inner side of the temperature control channel by the rotation of the rotational element, wherein the clutch/transmission arrangement (16, 18) a dual clutch transmission with a dual clutch arrangement (100A, 100B), and wherein the rotational element is an inactive clutch of the dual clutch arrangement (100A, 100B), characterized in that, before or during the supply of lubricating fluid to at least one of the clutches, the system detects whether a gear stage in an inactive component transmission (18A, 18B) is engaged, and wherein, if yes, this gear stage is disengaged. - detecting a need for temperature control of the lubricating fluid; - introducing temperature control fluid into the temperature control channel if not done already; - making the rotational element rotate if not done already, and - supplying the rotational element with lubricating fluid, such that the lubricating fluid is conveyed radially outward against an inner side of the temperature control channel by the rotation of the rotational element,
A peptide having an amino acid sequence in accordance with SEQ ID NO: 38, which is optionally carboxylated at its N-terminal or otherwise modified to reduce the positive charge of the first amino acid and independently of that is optionally amidated at its C-terminal, and in each of which the 1 and 7 position cysteine residues are optionally replaced by α-aminosuberic acid (Asu).
A method in a first user equipment for handling device-to-device, D2D, communications in a communications network, wherein the communications network comprises a first user equipment, a first radio network node serving the first user equipment, a second user equipment, and at least one D2D capable radio network node (16,18) serving the second user equipment, characterized in that the method comprises: - determining that the first radio network node does not have D2D capability; - recognizing (407,503) a second user equipment to have a D2D communication with; and - performing (414,509) a cell change from the first radio network node to the D2D capable radio network node (16,18), when the first radio network node does not have D2D capability. - determining that the first radio network node does not have D2D capability; - recognizing (407,503) a second user equipment to have a D2D communication with; and - performing (414,509) a cell change from the first radio network node to the D2D capable radio network node (16,18), when the first radio network node does not have D2D capability.
An outside air processing device configured to adjust a temperature and humidity of outside air taken into the outside air processing device and to supply the outside air to a target space (SP1, SP2), the outside air processing device comprising: a heating element configured to heat air; a humidifying element configured to humidify air that has passed through the heating element; and a control unit for outside air processing, the control unit being configured to change a temperature of air at an inlet of the humidifying element in accordance with a humidity in the target space (SP1, SP2), characterized in that the control unit for outside air processing changes a target value of a temperature of supply air to be supplied to the target space (SP1, SP2) to change the temperature of the air at the inlet of the humidifying element. a heating element configured to heat air; a humidifying element configured to humidify air that has passed through the heating element; and a control unit for outside air processing, the control unit being configured to change a temperature of air at an inlet of the humidifying element in accordance with a humidity in the target space (SP1, SP2), characterized in that the control unit for outside air processing changes a target value of a temperature of supply air to be supplied to the target space (SP1, SP2) to change the temperature of the air at the inlet of the humidifying element.