mhurhangee/patent-ind-claim-en huggingface dataset:
A portable cooling unit for cooling and insulating a vessel containing packages, bottles or bags of blood, blood plasma and medication during transit, the portable cooling unit comprising: a thermally insulating envelope that is arranged to house and thermally insulate the vessel , said thermally insulating envelope comprising a breathable reflective layer , a breathable waterproof layer and an opening for accessing the vessel , a cooling envelope that is arranged to cool and house the thermally insulating envelope and the vessel , said cooling envelope comprising two water-permeable layers and an opening for accessing the vessel , and a housing envelope that is arranged to house the vessel , the cooling envelope and the thermally insulating envelope , said housing envelope comprising an opening for accessing the vessel and a breathable water-permeable layer that allows moisture and/or water to cross the envelope; wherein the two water-permeable layers of the cooling layer are arranged to bound an enclosure containing an absorbent and moisture-wicking material , and further wherein the absorbent and moisture-wicking material is arranged to cool the vessel via evaporation of water. a thermally insulating envelope that is arranged to house and thermally insulate the vessel , said thermally insulating envelope comprising a breathable reflective layer , a breathable waterproof layer and an opening for accessing the vessel , a cooling envelope that is arranged to cool and house the thermally insulating envelope and the vessel , said cooling envelope comprising two water-permeable layers and an opening for accessing the vessel , and a housing envelope that is arranged to house the vessel , the cooling envelope and the thermally insulating envelope , said housing envelope comprising an opening for accessing the vessel and a breathable water-permeable layer that allows moisture and/or water to cross the envelope; wherein the two water-permeable layers of the cooling layer are arranged to bound an enclosure containing an absorbent and moisture-wicking material , and further wherein the absorbent and moisture-wicking material is arranged to cool the vessel via evaporation of water.
A robotic technological complex of vertical storage of disposal canisters with spent nuclear fuel into gradually compacted bentonite, characterized in that the basis of the robotic technological complex of vertical storage of disposal canisters with spent nuclear fuel into gradually compacted bentonite are three autonomous robotic vehicles - a robot for transport, vertical storage of disposal canisters and compacting bentonite, a robot for transport, dosing and compacting bentonite and a robot for transport and application of concrete.
A surveying device , comprising: a handle with a cantilever structure having a rod-like grip and a first support that supports an end of the grip ; a main body with an upper part structure of a double headed structure having a first part and a second part that extend upwardly; and a second support secured to an upper part of the second part , wherein the second support comprises a light receiving part for optical communication, characterized in that the rod-like grip is attachably and detachably secured to the second support , and the first support is attachably and detachably secured to an upper part of the first part . a handle with a cantilever structure having a rod-like grip and a first support that supports an end of the grip ; a main body with an upper part structure of a double headed structure having a first part and a second part that extend upwardly; and a second support secured to an upper part of the second part , wherein the second support comprises a light receiving part for optical communication, characterized in that the rod-like grip is attachably and detachably secured to the second support , and the first support is attachably and detachably secured to an upper part of the first part .
A terminal configured to use a predetermined band shared with another wireless communications system and transmit a wireless signal to a base station , the terminal comprising: a detecting unit configured to perform radio resource idle state detection, based on a result of assignment, by allocating a first subframe and a second subframe as a first candidate and a second candidate, respectively, to the terminal by the base station , the first candidate and the second candidate being for a utilization resource in the predetermined band; and a transmitting unit configured to transmit the wireless signal to the base station , based on a result of the detection by the detecting unit , the transmitting unit using the first candidate to transmit the wireless signal when the first candidate is idle, and the transmitting unit using the second candidate to transmit the wireless signal when the first candidate is not idle and the second candidate is idle wherein the terminal is assigned the first candidate and the second candidate by receiving, using a physical downlink control channel, PDCCH , the first candidate and the second candidate from the base station . a detecting unit configured to perform radio resource idle state detection, based on a result of assignment, by allocating a first subframe and a second subframe as a first candidate and a second candidate, respectively, to the terminal by the base station , the first candidate and the second candidate being for a utilization resource in the predetermined band; and a transmitting unit configured to transmit the wireless signal to the base station , based on a result of the detection by the detecting unit , the transmitting unit using the first candidate to transmit the wireless signal when the first candidate is idle, and the transmitting unit using the second candidate to transmit the wireless signal when the first candidate is not idle and the second candidate is idle wherein the terminal is assigned the first candidate and the second candidate by receiving, using a physical downlink control channel, PDCCH , the first candidate and the second candidate from the base station .
Unipolar cannula having a metallic cannula tube with an attachment made of an electrically isolating plastic arranged on the proximal end of the cannula tube , with a port arranged on the attachment for introducing liquid into the cannula tube and with a stimulation cable that electrically contacts the cannula tube in the region of the attachment with an electrically conductive wire , wherein the unipolar cannula also has a mounting element that is made of an electrically isolating material and that can be adjacently arranged on the attachment laterally on its outer circumference, wherein the mounting element receives an electrically conductive contact element that contacts the wire such that the contact element engages in a recess of the attachment and contacts the cannula tube on the one hand and, on the other hand, is entirely insulated from the outside by the mounting element when the mounting element is fastened to the attachment .
A contactless power supply device comprising: a power receiving portion placed in a middle in a vehicle width direction at a front portion on a lower surface of a floor panel of a vehicle and installed in a position proximate to front wheels (W) of the vehicle , the front wheels (W) being configured for steering the vehicle ; a power supply portion located in a parking space to supply electric power to the vehicle without contact through magnetic connection between the power supply portion and the power receiving portion ; a battery placed on the floor panel ; a wire harness for transmitting electric power from the battery to a motor unit placed in a front compartment of the vehicle , the wire harness passing above the power receiving portion and extending in a vehicle front-rear direction, and a tunnel portion in a middle of the floor panel in the vehicle width direction, the tunnel portion protruding toward an interior room and extending in the vehicle front-rear direction, wherein: the wire harness is arranged along an inside of the tunnel portion , and characterised by that the power receiving portion is elongated across a lower open portion of the tunnel portion. a power receiving portion placed in a middle in a vehicle width direction at a front portion on a lower surface of a floor panel of a vehicle and installed in a position proximate to front wheels (W) of the vehicle , the front wheels (W) being configured for steering the vehicle ; a power supply portion located in a parking space to supply electric power to the vehicle without contact through magnetic connection between the power supply portion and the power receiving portion ; a battery placed on the floor panel ; a wire harness for transmitting electric power from the battery to a motor unit placed in a front compartment of the vehicle , the wire harness passing above the power receiving portion and extending in a vehicle front-rear direction, and a tunnel portion in a middle of the floor panel in the vehicle width direction, the tunnel portion protruding toward an interior room and extending in the vehicle front-rear direction, wherein: the wire harness is arranged along an inside of the tunnel portion , and characterised by that the power receiving portion is elongated across a lower open portion of the tunnel portion. the wire harness is arranged along an inside of the tunnel portion , and characterised by that the power receiving portion is elongated across a lower open portion of the tunnel portion.
A technique simulator for training a user to introduce a medical device into a radial artery of a human body, the technique simulator comprising: an arm model possessing an appearance that imitates portions of a human arm, the portions of the human arm including at least a wrist, the arm model comprising a storage groove ; a simulated human subcutaneous region arranged in the storage groove formed in the wrist of the arm model ; a simulated human skin that covers a simulated human blood vessel (22 or 22a), the simulated human blood vessel (22 or 22a) configured to be inserted in the simulated human subcutaneous region , characterized by a simulated human radial styloid process arranged in a bone arranging hole formed in the simulated human subcutaneous region ; and the simulated human blood vessel (22 or 22a) being configured to be also inserted in the simulated human radial styloid process ; a discharge hole in a groove bottom surface of the storage groove , the discharge hole being configured to allow simulated human blood in the simulated human blood vessel (22 or 22a) to pass therethrough, and a tray configured to receive the simulated human blood that passes through the discharge hole , configured to be inserted into the arm model and detachably connected to the arm model . an arm model possessing an appearance that imitates portions of a human arm, the portions of the human arm including at least a wrist, the arm model comprising a storage groove ; a simulated human subcutaneous region arranged in the storage groove formed in the wrist of the arm model ; a simulated human skin that covers a simulated human blood vessel (22 or 22a), the simulated human blood vessel (22 or 22a) configured to be inserted in the simulated human subcutaneous region , a simulated human radial styloid process arranged in a bone arranging hole formed in the simulated human subcutaneous region ; and the simulated human blood vessel (22 or 22a) being configured to be also inserted in the simulated human radial styloid process ; a discharge hole in a groove bottom surface of the storage groove , the discharge hole being configured to allow simulated human blood in the simulated human blood vessel (22 or 22a) to pass therethrough, and a tray configured to receive the simulated human blood that passes through the discharge hole , configured to be inserted into the arm model and detachably connected to the arm model .
Surface cleaning appliance having a housing in which a suction assembly for forming a suction flow is arranged, and having a suction nozzle in flow connection with the suction assembly for suctioning a liquid air mixture, and having a separating device for separating liquid out of the suctioned liquid air mixture, and having a liquid tank for accommodating the separated liquid, wherein the liquid tank is releasably held on the housing and can be emptied by way of a tank emptying opening , wherein the tank emptying opening is tightly closable by a closing wall of the housing and is freely accessible by releasing the liquid tank from the housing , and wherein the liquid tank in combination with the separating device forms a liquid collecting apparatus , which is releasably connectable to the housing , characterized in that the separating device comprises a covering , which covers a tank opening of the liquid tank and which comprises the tank emptying opening .
A target device comprising: a mechanical anchoring and support member , which is designed to be coupled in a stable but easily removable manner to a respective wheel of the vehicle , a plate-like target body , which is coupled to said mechanical anchoring and support member in order to be rotated at least partially around a substantially horizontal axis (B) and has said graphic target on at least one face, an electronic sensor device which is integral with said plate-like target body in order to rotate with it around said axis (B), and is configured in order to determine the angular position (α) of said plate-like target body around said axis (B), said electronic sensor device comprises an electronic measurement circuit configured to determine said angular position (α) based on electrical signals supplied by one or more electronic inertial sensors, a user interface device configured to communicate to an operator information associated with said determined angular position (α). a mechanical anchoring and support member , which is designed to be coupled in a stable but easily removable manner to a respective wheel of the vehicle , a plate-like target body , which is coupled to said mechanical anchoring and support member in order to be rotated at least partially around a substantially horizontal axis (B) and has said graphic target on at least one face, an electronic sensor device which is integral with said plate-like target body in order to rotate with it around said axis (B), and is configured in order to determine the angular position (α) of said plate-like target body around said axis (B), said electronic sensor device comprises an electronic measurement circuit configured to determine said angular position (α) based on electrical signals supplied by one or more electronic inertial sensors, a user interface device configured to communicate to an operator information associated with said determined angular position (α).
Magnetic mass for a rotor of an electric machine, the rotor being movable about an axis of rotation (X-X'), the magnetic mass extending along the axis of rotation (X-X') and comprising magnetic rotor plates non-perforated at the centre thereof, the magnetic mass including: - a plurality of first longitudinal through-holes , each first longitudinal hole being capable of receiving a first respective tie-rod and being at a first distance (d1) relative to the axis of rotation (X-X'), along a radial direction substantially perpendicular to the axis of rotation (X-X'), - a plurality of first tie-rods , each first tie-rod being received in a first respective longitudinal hole characterised in that the magnetic mass further comprises: - at least one second longitudinal through-hole , the or each second longitudinal hole being capable of receiving a second respective tie-rod and being at a second distance (d2) relative to the axis of rotation (X-X') along a radial direction substantially perpendicular to the axis of rotation (X-X'), the second distance (d2) being different from the first distance (d1), - at least one second tie-rod , the or each second tie-rod being received in a second respective longitudinal hole , the second distance (d2) being less than or equal to 95% of the first distance (d1), preferably less than or equal to 90% of the first distance (d1), preferentially less than or equal to 70% of the first distance (d1), the number of first longitudinal holes being equal to twice the number of second longitudinal holes . - a plurality of first longitudinal through-holes , each first longitudinal hole being capable of receiving a first respective tie-rod and being at a first distance (d1) relative to the axis of rotation (X-X'), along a radial direction substantially perpendicular to the axis of rotation (X-X'), - a plurality of first tie-rods , each first tie-rod being received in a first respective longitudinal hole - at least one second longitudinal through-hole , the or each second longitudinal hole being capable of receiving a second respective tie-rod and being at a second distance (d2) relative to the axis of rotation (X-X') along a radial direction substantially perpendicular to the axis of rotation (X-X'), the second distance (d2) being different from the first distance (d1), - at least one second tie-rod , the or each second tie-rod being received in a second respective longitudinal hole , the second distance (d2) being less than or equal to 95% of the first distance (d1), preferably less than or equal to 90% of the first distance (d1), preferentially less than or equal to 70% of the first distance (d1), the number of first longitudinal holes being equal to twice the number of second longitudinal holes .
A navigation system comprising: a tracker including a radio frequency, RF, transmitter , an infrared, IR, receiver , one or more tracking markers , and one or more inertial sensors configured to generate inertial data; and a localization device including an RF receiver , an IR transmitter , and one or more tracking sensors , the localization device being configured to: detect a position of the one or more tracking markers of the tracker, with the one or more tracking sensors, using IR communication; communicate with the IR receiver of the tracker, using the IR transmitter, to manage an operating parameter of the tracker with respect to RF communication; and wirelessly receive, with the RF receiver, the inertial data generated by the tracker and transmitted by the RF transmitter of the tracker using RF communication in accordance with the operating parameter of the tracker managed using IR communication. a tracker including a radio frequency, RF, transmitter , an infrared, IR, receiver , one or more tracking markers , and one or more inertial sensors configured to generate inertial data; and a localization device including an RF receiver , an IR transmitter , and one or more tracking sensors , the localization device being configured to: detect a position of the one or more tracking markers of the tracker, with the one or more tracking sensors, using IR communication; communicate with the IR receiver of the tracker, using the IR transmitter, to manage an operating parameter of the tracker with respect to RF communication; and wirelessly receive, with the RF receiver, the inertial data generated by the tracker and transmitted by the RF transmitter of the tracker using RF communication in accordance with the operating parameter of the tracker managed using IR communication. detect a position of the one or more tracking markers of the tracker, with the one or more tracking sensors, using IR communication; communicate with the IR receiver of the tracker, using the IR transmitter, to manage an operating parameter of the tracker with respect to RF communication; and wirelessly receive, with the RF receiver, the inertial data generated by the tracker and transmitted by the RF transmitter of the tracker using RF communication in accordance with the operating parameter of the tracker managed using IR communication.
Driver device comprising a switched mode power supply in a flyback topology, the driver device comprising a primary circuit including a controlled switch and supplied by a mains supply voltage (VAC), a secondary circuit configured to provide a load current (I LED ), an isolation stage including a transformer with a primary winding and a secondary winding , the isolation stage configured to isolate the primary circuit on a primary side and the secondary circuit on a secondary side by an isolation barrier , and a control circuit arranged on the secondary side, and whereby the transformer comprises an additional secondary winding arranged in phase with the primary winding on the secondary side, and characterized in that the control circuit is configured to determine presence and/or a value of the mains supply voltage (V AC ) for a time in which the controlled switch is conducting based on a voltage signal (V IND ) provided by the additional secondary winding for generating mains supply voltage data, and the driver device comprises a transfer circuit configured to transfer the mains supply voltage data determined by the control circuit over the isolation barrier to a communication interface arranged on the primary side. a primary circuit including a controlled switch and supplied by a mains supply voltage (VAC), a secondary circuit configured to provide a load current (I LED ), an isolation stage including a transformer with a primary winding and a secondary winding , the isolation stage configured to isolate the primary circuit on a primary side and the secondary circuit on a secondary side by an isolation barrier , and a control circuit arranged on the secondary side, and whereby the transformer comprises an additional secondary winding arranged in phase with the primary winding on the secondary side, and characterized in that the control circuit is configured to determine presence and/or a value of the mains supply voltage (V AC ) for a time in which the controlled switch is conducting based on a voltage signal (V IND ) provided by the additional secondary winding for generating mains supply voltage data, and the driver device comprises a transfer circuit configured to transfer the mains supply voltage data determined by the control circuit over the isolation barrier to a communication interface arranged on the primary side.
A foot prosthesis, comprising an upper part and a lower part setting on the ground as the user walks, which extend on top of each other and spaced apart from each other and are connected to each other at the tip of the foot, wherein the upper part and the lower part are formed by means of a one-pieced component , and wherein, in the area near the heel, an elastic damping element is arranged between the upper part and the lower part and is connected to the upper part and/or to the lower part , characterized in that a compressible but longitudinally strong connecting means which connects the upper part and the lower part and is guided through a recess in the damping element and through a center of rotation, formed by the damping element , is provided, around which center of rotation the upper part can rotate relative to the lower part , as the user walks, during setting down the heel until rolling off via the tip of the foot.
Dispensing device for unpackaged goods, in particular bakery goods such as bread, bread rolls, or the like, having at least one support frame and having at least one drawer-type insert that in the assembled state is inserted into the support frame , wherein the drawer-type insert delineates a goods receptacle space , at least one bin-type and/or board-type receptacle for the goods being located in said goods receptacle space , and wherein the drawer-type insert has at least one forward opening by way of which the goods receptacle space and the bin-type and/or board-type receptacle are accessible, wherein furthermore a removal space for the unpackaged goods is provided, and wherein a step designed as a receptacle of a label is arranged between the goods receptacle space and the removal space , characterized in that at least one lateral insertion opening is provided on the outer side of the drawer-type insert .