mhurhangee/ep-ind-claims huggingface dataset:
Metering pump comprising a displacement element, a drive system with an electric drive motor driving said displacement element and a control device controlling said electric drive motor, wherein said control device is designed in such a manner that it detects the current position of the displacement element, detects the torque of the electric drive motor or the drive force acting on said displacement element at several positions of the displacement element and monitors the torque or force in relation to the position of the displacement element characterized in that the control device is provided with a log module logging the torque or force or a value derived from the torque or force over the travel of the displacement element and that the control device comprises a flow detection module detecting an effective stroke length of the displacement element from the logged torque or force or a derived value anc calculating the actual flow on basis of said effective stroke length. said control device is designed in such a manner that it detects the current position of the displacement element, detects the torque of the electric drive motor or the drive force acting on said displacement element at several positions of the displacement element and monitors the torque or force in relation to the position of the displacement element characterized in that the control device is provided with a log module logging the torque or force or a value derived from the torque or force over the travel of the displacement element and that the control device comprises a flow detection module detecting an effective stroke length of the displacement element from the logged torque or force or a derived value anc calculating the actual flow on basis of said effective stroke length.
An active aerodynamic system comprising a deflector and being driven by a bi-directional actuator with a non-back drivable clutched module between a deployed position and an undeployed position, the non-back drivable clutched module comprising: a housing with an inside surface defining a cavity; an input shaft cog with a shaft portion extending out of the housing and connected to an external actuator, and a cog portion rotatably positioned in the cavity of the housing, wherein the cog portion includes a plurality of bearing recesses (26, 28) and a plurality of drive recesses (30, 32) each having a first side (34a-d), second side (36a-d), third side and a fourth side (40a, 40b), where the first side (34a-d) and second side (36a-d) are each formed by one of a plurality of teeth (42, 42', 42", 42′′′) extending from the surface of the cog portion and the third side is defined by the inside surface of the cavity of the housing; a clutched output shaft having a shaft portion extending out of the housing and connected to the active aerodynamic system being driven by the actuator through the non-back drivable clutched module and a clutch cog receiving portion rotatably positioned within the cavity of the housing; a clutch cog between the input shaft cog and the clutched output shaft, where the clutch cog has both a resilient connection and a detent connection (66, 68) to the clutched output shaft. a housing with an inside surface defining a cavity; an input shaft cog with a shaft portion extending out of the housing and connected to an external actuator, and a cog portion rotatably positioned in the cavity of the housing, wherein the cog portion includes a plurality of bearing recesses (26, 28) and a plurality of drive recesses (30, 32) each having a first side (34a-d), second side (36a-d), third side and a fourth side (40a, 40b), where the first side (34a-d) and second side (36a-d) are each formed by one of a plurality of teeth (42, 42', 42", 42′′′) extending from the surface of the cog portion and the third side is defined by the inside surface of the cavity of the housing; a clutched output shaft having a shaft portion extending out of the housing and connected to the active aerodynamic system being driven by the actuator through the non-back drivable clutched module and a clutch cog receiving portion rotatably positioned within the cavity of the housing; a clutch cog between the input shaft cog and the clutched output shaft, where the clutch cog has both a resilient connection and a detent connection (66, 68) to the clutched output shaft.
Method for reconstructing an image function ( r), which represents an object function ( f) of an object that is imaged by a grating structure by way of a periodically structured illumination, from optical sectional images ( g c, g s), which are each calculated from intermediate images recorded with different phase angles of the grating structure and which are constructed by convolution operations of the object function ( f) with a modified illumination point spread function ( h 1), which represents the point spread function that is modified by the extent of the grating structure in the axial direction of the imaging, characterized by the steps of: - producing corrected optical sectional images ( g c ', g s '), wherein predetermined filter operators, which are inverted in relation to the convolution operations, are applied separately to the optical sectional images ( g c, g s), and - demodulating the corrected optical sectional images ( g c ', g s ') for producing the image function ( r). - producing corrected optical sectional images ( g c ', g s '), wherein predetermined filter operators, which are inverted in relation to the convolution operations, are applied separately to the optical sectional images ( g c, g s), and - demodulating the corrected optical sectional images ( g c ', g s ') for producing the image function ( r).
An information display device attachable to a structure, comprising: a display panel that has a display surface and displays information on the display surface; and a surface member that is made of a translucent material and disposed on a display surface side of the display panel and has a surface area larger than that of the display panel, wherein a surface of the surface member is decorated; and characterized by a structural body attached to a back side of the surface member, wherein the structural body has a retainer (105a, 105b) for fixing the information display device to the structure at a position not visible from a front side of the surface member, and at least the surface member side of the structural body is colored with the same color as that of the display surface when the display panel is turned off. a display panel that has a display surface and displays information on the display surface; and a surface member that is made of a translucent material and disposed on a display surface side of the display panel and has a surface area larger than that of the display panel, wherein a surface of the surface member is decorated; and characterized by a structural body attached to a back side of the surface member, wherein the structural body has a retainer (105a, 105b) for fixing the information display device to the structure at a position not visible from a front side of the surface member, and at least the surface member side of the structural body is colored with the same color as that of the display surface when the display panel is turned off.
A forced air drying system (10,100, 200, 300) for boots and/or gloves for use in food processing, requiring spraying with a sterilizer or disinfectant; characterised by (a) a rack (11, 111, 211, 311) with a plurality of spaced tubular members adapted for receiving thereon the boots and/or gloves to be dried; (b) a manifold (18, 102, 202, 318) connected to the tubular members; and, (c) a blower housing (12, 106, 206, 312) mounted on the manifold, the blower housing including an air inlet (16, 316), wherein any horizontal exterior surfaces of the blower housing, manifold and tubular members are angled or sloped to prevent pooling of the sterilizer or disinfectant. (a) a rack (11, 111, 211, 311) with a plurality of spaced tubular members adapted for receiving thereon the boots and/or gloves to be dried; (b) a manifold (18, 102, 202, 318) connected to the tubular members; and, (c) a blower housing (12, 106, 206, 312) mounted on the manifold, the blower housing including an air inlet (16, 316), wherein any horizontal exterior surfaces of the blower housing, manifold and tubular members are angled or sloped to prevent pooling of the sterilizer or disinfectant.
A transport device comprising: a main body having an elongated handle, a bottom and a plate at the bottom of the main body; an interchangeable wheel base separate from the main body, the interchangeable wheel base having at least one wheel and a top surface; a locking mechanism configured to releasably couple said main body with said interchangeable wheel base, and characterized in that an opening is formed in said interchangeable wheel base, wherein said locking mechanism is coupled with said main body and has a vertical rod extending the entire height of the main body and configured to engage the opening to releasably couple said main body with said interchangeable wheel base, a release knob positioned at a proximal end of the vertical rod, an upper stop member, a lower stop member, a spring and an upper guide hole, wherein the elongated handle is connected at a rear end of the transport device by supports at two outer sides (106, 108) of the transport device, and the elongated handle is spaced apart from the rear end to form a gap between the elongated handle and the rear end of the transport device, and wherein the vertical rod is coupled with the rear end of the transport device and is slidably fastened to the main body by an upper support member and a lower support member, wherein said upper support member is attached at a top portion of the main body and fastened at an upper shelf, and wherein said lower support member is attached at a bottom portion of the main body and fastened to a lower shelf. a main body having an elongated handle, a bottom and a plate at the bottom of the main body; an interchangeable wheel base separate from the main body, the interchangeable wheel base having at least one wheel and a top surface; a locking mechanism configured to releasably couple said main body with said interchangeable wheel base, and characterized in that an opening is formed in said interchangeable wheel base, wherein said locking mechanism is coupled with said main body and has a vertical rod extending the entire height of the main body and configured to engage the opening to releasably couple said main body with said interchangeable wheel base, a release knob positioned at a proximal end of the vertical rod, an upper stop member, a lower stop member, a spring and an upper guide hole, wherein the elongated handle is connected at a rear end of the transport device by supports at two outer sides (106, 108) of the transport device, and the elongated handle is spaced apart from the rear end to form a gap between the elongated handle and the rear end of the transport device, and wherein the vertical rod is coupled with the rear end of the transport device and is slidably fastened to the main body by an upper support member and a lower support member, wherein said upper support member is attached at a top portion of the main body and fastened at an upper shelf, and wherein said lower support member is attached at a bottom portion of the main body and fastened to a lower shelf.
Apparatus comprising: a book, the book comprising: a plurality of pages, some of the pages supporting at least one user input devices; at least one output device; and a controller; wherein the controller is configured, in response to receiving an input signal from a user input device, to cause an output device to produce an output signal in dependence upon a previous input signal received by the input device or another input device and/or upon an updatable parameter indicating one of at least two states and characterised in that the controller is configured to select responses to actuations of the user input devices on a page from a first set of responses (24 1) when the book is read a first time and to select responses to actuations of the user input devices on the same page from a second set of responses (24 2) when the book is read a second time. a book, the book comprising: a plurality of pages, some of the pages supporting at least one user input devices; at least one output device; and a controller; wherein the controller is configured, in response to receiving an input signal from a user input device, to cause an output device to produce an output signal in dependence upon a previous input signal received by the input device or another input device and/or upon an updatable parameter indicating one of at least two states and characterised in that the controller is configured to select responses to actuations of the user input devices on a page from a first set of responses (24 1) when the book is read a first time and to select responses to actuations of the user input devices on the same page from a second set of responses (24 2) when the book is read a second time. a plurality of pages, some of the pages supporting at least one user input devices; at least one output device; and a controller; wherein the controller is configured, in response to receiving an input signal from a user input device, to cause an output device to produce an output signal in dependence upon a previous input signal received by the input device or another input device and/or upon an updatable parameter indicating one of at least two states and characterised in that the controller is configured to select responses to actuations of the user input devices on a page from a first set of responses (24 1) when the book is read a first time and to select responses to actuations of the user input devices on the same page from a second set of responses (24 2) when the book is read a second time.
A touch display panel, comprising a first substrate and a second substrate arranged opposite to each other to form a cell, characterized in that, the second substrate comprising a matrix common electrode, the touch display panel further comprising: a first signal transmission line on the first substrate and a second signal transmission line on the first substrate, and the second signal transmission line being intersected with the first signal transmission line; and a first spacer corresponding to the first signal transmission line and a second spacer corresponding to the second signal transmission line; wherein the first spacer and the second spacer are configured to enable the first signal transmission line and the second signal transmission line to be electrically connected to the matrix common electrode when a corresponding touch region is in a touch state; wherein the first substrate is a color filter substrate and the second substrate is an array substrate; and the first signal transmission line transmits a signal which is used to determine a horizontal coordinate of the touch region, and the second signal transmission line transmits a signal which is used to determine a vertical coordinate of the touch region. a first signal transmission line on the first substrate and a second signal transmission line on the first substrate, and the second signal transmission line being intersected with the first signal transmission line; and a first spacer corresponding to the first signal transmission line and a second spacer corresponding to the second signal transmission line; wherein the first spacer and the second spacer are configured to enable the first signal transmission line and the second signal transmission line to be electrically connected to the matrix common electrode when a corresponding touch region is in a touch state; wherein the first substrate is a color filter substrate and the second substrate is an array substrate; and the first signal transmission line transmits a signal which is used to determine a horizontal coordinate of the touch region, and the second signal transmission line transmits a signal which is used to determine a vertical coordinate of the touch region.
An electromagnetic contact device, comprising: a case accommodating in an extinction chamber a contact point portion having a movable contact point and a fixed contact point; and an extinction cover, covering the extinction chamber and mated with and mounted on the case, wherein the extinction cover is configured to seal the extinction chamber and to be mounted on the case, the extinction cover has an engaging-force-increased portion (5c1) which strengthens a force of engaging with the case, and an engaging-force-decreased portion (5c2) which weakens the force of engaging with the case; and in response to an increase in internal pressure in the extinction chamber due to arcing gas generation, the engaging-force-decreased portion (5c2) establishes disengagement of the case and provides a gap (27, 30) which is formed with the case and which links the extinction chamber to external air, and the engaging-force-increased portion (5c1) maintains engagement with the case, characterized in that the engaging-force-increased portion (5c1) and engaging-force-decreased portion (5c2) comprise an engaging hook portion which is provided on one of the extinction cover and the case, and an engaging hole which is provided on the other one of the extinction cover and the case, and which engages with the hook portion.
A method of manufacturing a tread layer of a tire, the tread layer comprising a rubber mixture and a conductive insert that extends across the thickness of the tread layer from the ground contacting surface of the tread layer to a conductive rubber layer arranged underneath the tread layer, the method comprising the steps of: a) extruding the tread layer rubber using an extruder provided with at least one extrusion screw; characterized by: b) temporarily dividing the extruded tread layer in the width direction thereof to produce free surfaces in the tread layer; c) coating the free surfaces with a conductive rubber mixture; and d) rejoining the free surfaces whereby the conductive rubber mixture forms the conductive insert, wherein all steps a) to d) are carried out before cooling the extruded tread layer, and wherein the conductive rubber mixture comprises a conductive rubber solution. a) extruding the tread layer rubber using an extruder provided with at least one extrusion screw; characterized by: b) temporarily dividing the extruded tread layer in the width direction thereof to produce free surfaces in the tread layer; c) coating the free surfaces with a conductive rubber mixture; and d) rejoining the free surfaces whereby the conductive rubber mixture forms the conductive insert,
A separator for separating the anode and cathode compartments in electrochemical cells, comprising (a) a support made of polyethylene and/or polypropylene fibres, and b) a Fe -containing precipitate deposited on the support according to point a). (a) a support made of polyethylene and/or polypropylene fibres, and b) a Fe -containing precipitate deposited on the support according to point a).
A shunt tube assembly comprising: a shunt tube, wherein the shunt tube comprises a non-round cross section with a substantially round cross section at a first end of the shunt tube; and a jumper tube comprising a first end, wherein the first end of the jumper tube is coupled to the first end of the shunt tube at a coupling, wherein the first end of the jumper tube comprises a substantially round cross section at the coupling, and wherein the non-round cross section of the jumper tube is disposed adjacent to a coupling between a first wellbore tubular and a second wellbore tubular. a shunt tube, wherein the shunt tube comprises a non-round cross section with a substantially round cross section at a first end of the shunt tube; and a jumper tube comprising a first end, wherein the first end of the jumper tube is coupled to the first end of the shunt tube at a coupling, wherein the first end of the jumper tube comprises a substantially round cross section at the coupling, and wherein the non-round cross section of the jumper tube is disposed adjacent to a coupling between a first wellbore tubular and a second wellbore tubular.
A composition comprising: at least one PIE12-2 D-peptide comprising SEQ ID NO:3 [Ac-HPCDYPEWQWLCELG-(PEG 4)-K-NH 2], wherein the at least one PIE12-2 D-peptide interacts with the N-trimer pocket of HIV gp41; at least two PIE12-2 D-peptides comprising SEQ ID NO:3 [Ac-HPCDYPEWQWLCELG-(PEG 4)-K-NH 2]; wherein the at least two PIE12-2 D-peptides interact with the N-trimer pocket of HIV gp41; or at least three PIE12-2 D-peptides comprising SEQ ID NO:3 [Ac-HPCDYPEWQWLCELG-(PEG 4)-K-NH 2]; wherein the at least three PIE12-2 D-peptides interact with the N-trimer pocket of HIV gp41. at least one PIE12-2 D-peptide comprising SEQ ID NO:3 [Ac-HPCDYPEWQWLCELG-(PEG 4)-K-NH 2], wherein the at least one PIE12-2 D-peptide interacts with the N-trimer pocket of HIV gp41; at least two PIE12-2 D-peptides comprising SEQ ID NO:3 [Ac-HPCDYPEWQWLCELG-(PEG 4)-K-NH 2]; wherein the at least two PIE12-2 D-peptides interact with the N-trimer pocket of HIV gp41; or at least three PIE12-2 D-peptides comprising SEQ ID NO:3 [Ac-HPCDYPEWQWLCELG-(PEG 4)-K-NH 2]; wherein the at least three PIE12-2 D-peptides interact with the N-trimer pocket of HIV gp41.
Switching device for an electrically driven vehicle, in particular a rail-borne vehicle, having a switching unit that is provided for connecting and disconnecting a vehicle drive unit to and accordingly from an electrical supply line that is conveying a high voltage and said switching unit comprises at least two switch contacts (30, 32), having a drive unit that is provided for driving a relative movement of the switch contacts (30, 32) with respect to one another, characterized in that a housing unit is provided at least for receiving the switching unit and the drive unit, wherein the housing unit comprises a carrier for supporting at least the switching unit, and wherein the switching unit is arranged relative to the carrier in a lying position on said carrier.
Apparatus for driving a fastening element into a substrate, having - a trigger switch, which is actuated by a user of the apparatus and, when the trigger switch is actuated, generates a trigger signal, - a motion sensor, which generates a wake-up signal when there is a predetermined movement of the apparatus by the user, - and an electronic control device, which in an operating mode is suitable for setting the apparatus to a ready-for-driving state, in which a trigger signal of the trigger switch triggers an operation of driving a fastening element into a substrate, and for switching to a standby mode when no sensor signals are transmitted to the control device during a predetermined time period, and which in a standby mode is suitable for receiving a wake-up signal from the motion sensor and, when it receives a wake-up signal, switching from the standby mode to the operating mode. - a trigger switch, which is actuated by a user of the apparatus and, when the trigger switch is actuated, generates a trigger signal, - a motion sensor, which generates a wake-up signal when there is a predetermined movement of the apparatus by the user, - and an electronic control device, which in an operating mode is suitable for setting the apparatus to a ready-for-driving state, in which a trigger signal of the trigger switch triggers an operation of driving a fastening element into a substrate, and for switching to a standby mode when no sensor signals are transmitted to the control device during a predetermined time period, and which in a standby mode is suitable for receiving a wake-up signal from the motion sensor and, when it receives a wake-up signal, switching from the standby mode to the operating mode.