mhurhangee/patent-ind-claim-en huggingface dataset:
A ride-along ground conveyor vehicle comprising: - a platform for a driver of the conveyor vehicle ; - at least a first support means extending along at least a portion of a side of the platform and configured to support the driver on the platform ; - at least one control means for controlling driving direction and/or velocity of the conveyor vehicle and configured to be manually maneuvered by the driver , wherein the control means is arranged in the support means , and wherein the support means comprises a protective wall section having an outer side facing away from the conveyor vehicle , wherein the protective wall section extends, in respect to the control means , such that the protective wall section protects a hand of the driver when maneuvering the control means , characterized in that the support means comprises an attachment surface , wherein the control means is attached to the attachment surface and wherein the attachment surface is configured to support a portion of an arm and/or a hand of the driver when maneuvering the control means and wherein the support means is joined to the conveyor vehicle by a rod , wherein the rod , is joined to a chassis of the conveyor vehicle by a first end of the rod and the support means is joined to a second end of the rod . - a platform for a driver of the conveyor vehicle ; - at least a first support means extending along at least a portion of a side of the platform and configured to support the driver on the platform ; - at least one control means for controlling driving direction and/or velocity of the conveyor vehicle and configured to be manually maneuvered by the driver , wherein the control means is arranged in the support means , and wherein the support means comprises a protective wall section having an outer side facing away from the conveyor vehicle , wherein the protective wall section extends, in respect to the control means , such that the protective wall section protects a hand of the driver when maneuvering the control means , characterized in that the support means comprises an attachment surface , wherein the control means is attached to the attachment surface and wherein the attachment surface is configured to support a portion of an arm and/or a hand of the driver when maneuvering the control means and wherein the support means is joined to the conveyor vehicle by a rod , wherein the rod , is joined to a chassis of the conveyor vehicle by a first end of the rod and the support means is joined to a second end of the rod .
Sleeve for holding and carrying of cups and containers with hot or cold contents, where the cup or container is covered with the sleeve , the sleeve being made for different sizes of cups and containers and delivering a heating and cooling protection to the user of the sleeve against the contents in the cup or container and the sleeve being foldable through two hinges to be opened or closed, where the sleeve has a conical shape in the unfolded state and consists of two sleeve parts which each are connected on the right and left lateral outer edge with a hinge , where by putting pressure on the lateral outer edges of the sleeve a placement on a cup and container from below is feasible and the sleeve consists of layers of material which form a heat and cold protective material, characterized in that the individual layers of material are bonded together over the whole surface, and where the bonding is accurately and uniformly realized by adhesive films.
A powder treatment method comprising: loading a powder into a fluidized bed vessel; fluidizing at least some of the powder in the fluidized bed vessel using a gas; heating the powder while fluidized in the fluidized bed vessel using an inert gas to remove absorbed and reacted moisture from the powder, and using hydrogen gas to remove oxides from the powder; applying a surface treatment coating to the powder by applying a coating to the powder that imparts hydrophobic, slip, and flow properties to the coated powder; and additively manufacturing an article using the coated powder. loading a powder into a fluidized bed vessel; fluidizing at least some of the powder in the fluidized bed vessel using a gas; heating the powder while fluidized in the fluidized bed vessel using an inert gas to remove absorbed and reacted moisture from the powder, and using hydrogen gas to remove oxides from the powder; applying a surface treatment coating to the powder by applying a coating to the powder that imparts hydrophobic, slip, and flow properties to the coated powder; and additively manufacturing an article using the coated powder.
An ideal diode circuit comprising: a control circuit having an anode terminal and a cathode terminal, the control circuit being configured to generate a control signal (Vgate) for a first transistor (M1), the first transistor being coupled between the anode terminal and the cathode terminal, the control circuit comprising: a capacitor (C1) having a first terminal coupled to the anode terminal, the capacitor also having a second terminal; a second transistor (M2) having a first terminal coupled to the cathode terminal and a second terminal coupled to the second terminal of the capacitor, the second transistor having a control terminal (Ngate) coupled in a feedback loop to cause a voltage across the capacitor to equal a clamped voltage; and a first differential amplifier (A1) having power terminals being coupled across the capacitor so as to be powered by the clamped voltage, the first differential amplifier having differential input terminals coupled to the anode terminal and to the second terminal of the second transistor, such that the second transistor is between the cathode terminal and one of the differential input terminals, the first differential amplifier having an output terminal configured to be coupled to a control terminal (Vgate) of the first transistor to control the first transistor to be on when an anode voltage applied to the anode terminal is greater than a cathode voltage applied to the cathode terminal and to control the first transistor to be off when the anode voltage applied to the anode terminal is less than the cathode voltage applied to the cathode terminal. a capacitor (C1) having a first terminal coupled to the anode terminal, the capacitor also having a second terminal; a second transistor (M2) having a first terminal coupled to the cathode terminal and a second terminal coupled to the second terminal of the capacitor, the second transistor having a control terminal (Ngate) coupled in a feedback loop to cause a voltage across the capacitor to equal a clamped voltage; and a first differential amplifier (A1) having power terminals being coupled across the capacitor so as to be powered by the clamped voltage, the first differential amplifier having differential input terminals coupled to the anode terminal and to the second terminal of the second transistor, such that the second transistor is between the cathode terminal and one of the differential input terminals, the first differential amplifier having an output terminal configured to be coupled to a control terminal (Vgate) of the first transistor to control the first transistor to be on when an anode voltage applied to the anode terminal is greater than a cathode voltage applied to the cathode terminal and to control the first transistor to be off when the anode voltage applied to the anode terminal is less than the cathode voltage applied to the cathode terminal.
A method for producing antimicrobial allograft tissue consisting of: applying to an allograft tissue an antimicrobial solution comprising a zinc compound by soaking the allograft tissue in the antimicrobial solution for 2 to 24 hours or rinsing the allograft tissue with the antimicrobial solution, wherein the antimicrobial solution modifies the surface of the allograft tissue and provides deep cleaning of the allograft tissue, and, wherein the antimicrobial solution exhibits antimicrobial activity of inhibiting, controlling or combating microbial organisms.
Combination electrode for measuring a fluid to be measured, having a working electrode , a reference electrode , a diaphragm and a first electrically conductive fluid which is in contact with the reference electrode and the diaphragm such that the diaphragm is connected to the reference electrode in an electrically conductive manner via the first electrically conductive fluid , characterized in that the diaphragm has a hydrogel, wherein the hydrogel is a thermoplastic elastomer.
An abrasive article for abrading at least one workpiece, the abrasive article comprising: - a carrier body , - at least one abrasive layer with a main surface and a predefined thickness, the at least one abrasive layer being arranged on the carrier body, wherein the abrasive layer comprises segments - at least two visual indicators with a cross-section in the main surface of the abrasive layer, wherein the size, shape and/or location of the cross-section of the visual indicator in the main surface of the abrasive layer depends on the thickness of the abrasive layer at more than one location of the visual indicator, and wherein at least two segments comprise a visual indicator , characterized in that the at least two visual indicators are designed as a discrete indicator, where the indicator comprises several discrete elements that appear or disappear in a defined order and that build together the one visual indicator, wherein a discrete visual indicator is a clock like system, with 12 or any other number of discrete elements or markers being arranged in a circle that appear or disappear one after the other during the use of the abrasive tool while the thickness of the abrasive layer is reduced. - a carrier body , - at least one abrasive layer with a main surface and a predefined thickness, the at least one abrasive layer being arranged on the carrier body, wherein the abrasive layer comprises segments - at least two visual indicators with a cross-section in the main surface of the abrasive layer, wherein the size, shape and/or location of the cross-section of the visual indicator in the main surface of the abrasive layer depends on the thickness of the abrasive layer at more than one location of the visual indicator, and wherein at least two segments comprise a visual indicator , characterized in that
A multi-dimensional adjustable forklift driving system, comprising a cab in which a steering wheel control system , a base plate control system and a pedal system are provided; wherein the steering wheel control system comprises a steering wheel diverter and a first telescopic adjustment device connected to the steering wheel diverter , and the first telescopic adjustment device is configured to drive the steering wheel diverter to move for adjusting a space for driver to get on or off a vehicle; the multi-dimensional adjustable forklift driving system is characterized in that , the base plate control system comprises a base plate assembly and a second telescopic adjustment device connected to the base plate assembly , wherein the base plate assembly defines a space for feet of a driver while driving, and the second telescopic adjustment device is configured to drive the base plate assembly to move up and down; wherein the pedal system comprises a pedal body and a third telescopic adjustment device connected to the pedal body , and the third telescopic adjustment device is configured to drive the pedal body to extend or retract.
Module for a rotary drive of an electrical switch , wherein the rotary drive is operated using a rotary handle by way of the rotary handle moving a rotary shaft of the rotary drive between at least two switch positions, wherein the module can be mounted between the rotary drive and the rotary handle and comprises at least one auxiliary switch (110; 120), wherein the at least one auxiliary switch (110; 120), in the event of a rotational movement of the rotary handle , is switched anticipatorily before one of the switch positions is reached when the module is mounted between the rotary drive and the rotary handle , characterized in that the module comprises a cam disc and an operator disc coupled to the cam disc and a slotted guide is made in the cam disc and a pin running in the slotted guide is fitted to the operator disc , or a slotted guide is made in the operator disc and a pin running in the slotted guide is fitted to the cam disc. wherein the rotary drive is operated using a rotary handle by way of the rotary handle moving a rotary shaft of the rotary drive between at least two switch positions, wherein the module can be mounted between the rotary drive and the rotary handle and comprises at least one auxiliary switch (110; 120), wherein the at least one auxiliary switch (110; 120), in the event of a rotational movement of the rotary handle , is switched anticipatorily before one of the switch positions is reached when the module is mounted between the rotary drive and the rotary handle , characterized in that the module comprises a cam disc and an operator disc coupled to the cam disc and a slotted guide is made in the cam disc and a pin running in the slotted guide is fitted to the operator disc , or a slotted guide is made in the operator disc and a pin running in the slotted guide is fitted to the cam disc.
A method of operating a labelling machine, the labelling machine comprising a supply spool support ; a take-up spool support ; a motive device configured to propel label stock along a web path from the supply spool support towards the take up spool support; a movable element biased by a resilient biasing member in a first direction towards a home position, movement of the moveable element in the first direction increasing the length of the web path ; a first arrangement; a second arrangement; a controller; and a brake assembly ; the method comprising: the supply spool support supporting a supply spool comprising label stock ; the take up spool support taking up a portion of the label stock ; the movable element defining a portion of the web path between the supply spool and the take-up spool support ; the first arrangement producing a first signal indicative of movement of the movable element and providing said first signal to the controller; the controller outputting a brake assembly control signal which commands the brake assembly to apply a braking force to the supply spool support to substantially prevent rotation of the supply spool support; characterized by the controller commanding the motive device to move the label stock along the web path in a reverse direction from the take-up spool support towards the supply spool such that the movable element is moved by the resilient biasing member in the first direction from a first position to the home position; the second arrangement producing a second signal indicative of the movable element being located at the home position; the controller determining the first position of the movable element relative to the home position based on the first and second signals. the supply spool support supporting a supply spool comprising label stock ; the take up spool support taking up a portion of the label stock ; the movable element defining a portion of the web path between the supply spool and the take-up spool support ; the first arrangement producing a first signal indicative of movement of the movable element and providing said first signal to the controller; the controller outputting a brake assembly control signal which commands the brake assembly to apply a braking force to the supply spool support to substantially prevent rotation of the supply spool support; characterized by the controller commanding the motive device to move the label stock along the web path in a reverse direction from the take-up spool support towards the supply spool such that the movable element is moved by the resilient biasing member in the first direction from a first position to the home position; the second arrangement producing a second signal indicative of the movable element being located at the home position; the controller determining the first position of the movable element relative to the home position based on the first and second signals.
An apparatus comprising: a processor ; a memory; and an augmentation module included in the memory and executed via the processor to receive data identifying a point-of-interest (POI), detect an object included in a live view captured by an image sensor , the object to include the POI, determine a position and an orientation of the image sensor relative to the object, and generate display data including image data associated with the POI for augmenting the live view, characterised in that the apparatus further comprises: a pre-processing module to extract one or more segments of a 3D model of the object; and a projection module to generate a projection mask including a subset of the extracted segments or a portion of the extracted segments of the 3D model, wherein the augmentation module is to project the image data within the contours of the projection mask and three-dimensionally consistent with the orientation of the image sensor relative to the object. a processor ; a memory; and an augmentation module included in the memory and executed via the processor to receive data identifying a point-of-interest (POI), detect an object included in a live view captured by an image sensor , the object to include the POI, determine a position and an orientation of the image sensor relative to the object, and generate display data including image data associated with the POI for augmenting the live view, receive data identifying a point-of-interest (POI), detect an object included in a live view captured by an image sensor , the object to include the POI, determine a position and an orientation of the image sensor relative to the object, and generate display data including image data associated with the POI for augmenting the live view, characterised in that the apparatus further comprises: a pre-processing module to extract one or more segments of a 3D model of the object; and a projection module to generate a projection mask including a subset of the extracted segments or a portion of the extracted segments of the 3D model, wherein the augmentation module is to project the image data within the contours of the projection mask and three-dimensionally consistent with the orientation of the image sensor relative to the object. a pre-processing module to extract one or more segments of a 3D model of the object; and a projection module to generate a projection mask including a subset of the extracted segments or a portion of the extracted segments of the 3D model, wherein the augmentation module is to project the image data within the contours of the projection mask and three-dimensionally consistent with the orientation of the image sensor relative to the object.
An electricity supply vehicle that is provided with an electricity storage device charged with generated energy of an electric generator driven by an internal combustion engine mounted on the electricity supply vehicle or with regenerated energy of the electricity supply vehicle and that is operable to supply electricity to an external equipment located outside of the electricity supply vehicle during stop of the electricity supply vehicle , the electricity supply vehicle comprising: a setting unit configured to set expected supply electric energy to be supplied to the external equipment ; and a determining unit configured to determine, based on the expected supply electric energy, a target charging amount of the electricity storage device to be charged during running of the electricity supply vehicle , characterized in that the setting unit includes: a selecting unit configured to select the external equipment ; and a calculating unit configured to calculate the expected supply electric energy based on information related to the external equipment selected by the selecting unit . a setting unit configured to set expected supply electric energy to be supplied to the external equipment ; and a determining unit configured to determine, based on the expected supply electric energy, a target charging amount of the electricity storage device to be charged during running of the electricity supply vehicle , characterized in that the setting unit includes: a selecting unit configured to select the external equipment ; and a calculating unit configured to calculate the expected supply electric energy based on information related to the external equipment selected by the selecting unit . a selecting unit configured to select the external equipment ; and a calculating unit configured to calculate the expected supply electric energy based on information related to the external equipment selected by the selecting unit .
An agricultural machine that includes a plant processing apparatus for processing plant material to improve the biodegradability or the digestibility of the plant material, the plant processing apparatus comprising a cylindrical drum that is rotatable about a drum axis (X), a rotary drive for rotating the drum about the drum axis, and a curved shell that extends around at least part of the circumference of the drum, wherein a processing channel is provided between an outer surface of the cylindrical drum and an inner surface of the shell, said processing channel having an inlet end and an outlet end , whereby in use plant material is transported through the processing channel from the inlet end to the outlet end by rotation of the cylindrical drum, wherein the drum has on its outer surface a first set of working elements and the shell has on its inner surface a second set of working elements ; wherein said first and second sets of working elements are configured to excoriate the plant material as it is fed through the processing channel; the relative positions of the shell and the drum are adjustable and the shell is mounted on a suspension system that permits the shell to move towards and away from the drum, and including a pressing mechanism that presses the drum and the shell towards one another.
Solar cell, comprising a silicon substrate and a layer disposed on a substrate side of the silicon substrate , and further comprising a contact structure extending through the layer from a cell side of the solar cell to the silicon substrate ; characterized in that the layer comprises a polycrystalline silicon layer and a tunnel oxide layer interposed between the polycrystalline silicon layer and the silicon substrate .