mhurhangee/ep-ind-claims huggingface dataset:
A device for facilitating the positioning of a catheter for the delivery of a liquid or aerosol pulmonary surfactant to a lung of a spontaneously breathing patient, the device including: - an elongated main body adapted to extend from the mouth of the patient to the retro-pharynx and to follow the internal shape of the patient's upper airways, the elongated main body being made of a flexible and resilient material; the elongated main body having a proximal end and a rounded shaped distal end, the proximal end being thinner than the rounded shaped distal end, the elongated main body growing progressively its size towards the rounded shaped distal end, such that the elongated main body is teardrop shaped, the rounded shaped distal end being adapted to engage the internal wall of the patient's deep part of the pharynx; - guiding means provided within the elongated main body and adapted to house said catheter and to provide a correct placement of a catheter tip of said catheter few millimeters above the vocal chords and a proper direction of the catheter tip pointing towards the trachea of the patient; and - at least one opening obtained within the rounded shaped distal end, the at least one opening, in use, creating a passage in the cranium-caudal direction in order to create a low resistance path for the breathing air between the nose and the lungs. - an elongated main body adapted to extend from the mouth of the patient to the retro-pharynx and to follow the internal shape of the patient's upper airways, the elongated main body being made of a flexible and resilient material; the elongated main body having a proximal end and a rounded shaped distal end, the proximal end being thinner than the rounded shaped distal end, the elongated main body growing progressively its size towards the rounded shaped distal end, such that the elongated main body is teardrop shaped, the rounded shaped distal end being adapted to engage the internal wall of the patient's deep part of the pharynx; the elongated main body being made of a flexible and resilient material; the elongated main body having a proximal end and a rounded shaped distal end, the proximal end being thinner than the rounded shaped distal end, the elongated main body growing progressively its size towards the rounded shaped distal end, such that the elongated main body is teardrop shaped, the rounded shaped distal end being adapted to engage the internal wall of the patient's deep part of the pharynx; - guiding means provided within the elongated main body and adapted to house said catheter and to provide a correct placement of a catheter tip of said catheter few millimeters above the vocal chords and a proper direction of the catheter tip pointing towards the trachea of the patient; and - at least one opening obtained within the rounded shaped distal end, the at least one opening, in use, creating a passage in the cranium-caudal direction in order to create a low resistance path for the breathing air between the nose and the lungs.
Implant component (1, 2a, 2b, 3a, 3b, 4a) for sternal osteosynthesis and bending tool (5, 6) for the purpose of attaching at the sternum, wherein the implant component comprising a clamp having a first prong and a second prong, wherein the first prong and the second prong are connected by a connecting portion, having on both sides a side edge respectively, and said bending tool (5, 6) comprising two clamping jaws (51, 52, 61, 62) and a positioning member (531, 532, 620) for the purpose of providing engagement with the implant component (1, 2a, 2b, 3a, 3b, 4a) or for the purpose of providing support for the bending tool (5, 6) at the implant component (1, 2a, 2b, 3a, 3b, 4a), wherein upon actuation of at least one of the clamping jaws one prong of the clamp is used to bend inwards under the sternum, wherein the positioning member (531, 532, 620) comprising for the purpose of providing engagement with or support for the bending tool at the implant component (1, 2a, 2b, 3a, 3b, 4a) at least two protrusions (532, 620) and the implant component (1, 2a, 2b, 3a, 3b, 4a) comprising at the connecting portion a member for the purpose of providing mutual engagement with or positionally stable support for a compatible positioning member of a bending tool (5, 6) wherein the member comprises a first protrusion, which extends laterally from the first side of the connecting portion, and a second protrusion, which extends laterally from the opposite side of the connecting portion, wherein the side edges (1111, 1112, 1121, 1122) of the protrusions (111, 112) forming an angle with the respective edge of the connecting portion for the purpose of engagement with at least two protrusions of the positioning member of the bending tool.
A lighting device (1a, 1b, 1') comprising: - an elongated carrier having a length, and - a first plurality of at least five lighting units mounted in a linear row on the carrier and extending only in a first direction along the length of the elongated carrier, each lighting unit of said first plurality of lighting units being mounted with a respective, fixed, pre-determined orientation, said first plurality of lighting units being configured to directly project a first plurality of light patches on a target area extending in said first direction and in a second direction transverse to said first direction, wherein said first plurality of light patches forms a light pattern, characterized in that of said first plurality of light patches the number of light patches in a second direction transverse to the first direction, is larger than the number of light patches in the first direction. - an elongated carrier having a length, and - a first plurality of at least five lighting units mounted in a linear row on the carrier and extending only in a first direction along the length of the elongated carrier, each lighting unit of said first plurality of lighting units being mounted with a respective, fixed, pre-determined orientation, said first plurality of lighting units being configured to directly project a first plurality of light patches on a target area extending in said first direction and in a second direction transverse to said first direction, wherein said first plurality of light patches forms a light pattern, characterized in that of said first plurality of light patches the number of light patches in a second direction transverse to the first direction, is larger than the number of light patches in the first direction.
A multi-camera three-dimensional capturing and reconstruction system comprising: a mechanical structure; at least five cameras are placed on said structure; said system is designed to be held and used by a single operator independently by walking through the environment/tunnel to be surveyed at a normal walking speed; characterised in that said at least five cameras are cameras each using a fisheye optic; said at least five cameras are configured substantially on a same horizontal plane so that, compared to a forward direction of the system and on the horizontal plane: a first front camera is directed with the optics pointed at 0°± 10°; a second front-right camera is directed with the optics pointed at +45°± 10°; a third front-left camera is directed with the optics pointed at -45°± 10°; a fourth rear-right camera is directed with the optics pointed at 60°± 20°; a fifth rear-left camera is directed with the optics pointed at -60°± 20°; x defines the distance between said second front-right camera and said third front-left camera, the distance y between said third front-left camera and said fifth rear-left camera is equal to or greater than the distance x, with x being greater than or equal to 10 cm; wherein the distance between the cameras means the distance between the sensor centres of the cameras themselves.
A data collection system comprising: an acquisition unit in a client apparatus, configured to acquire a plurality of pieces of data indicating a physical amount detected by a sensor, the client apparatus being connected to a plurality of sensors via a communication line; a transmission unit in the client apparatus, configured to transmit, to a server apparatus, a data set including a data string including at least a portion of the received plurality of pieces of data and first information indicating the number of pieces of data included in the data string, wherein one piece of data includes one measurement value measured by a respective sensor; a reception unit in the server apparatus, configured to receive the data set from the client apparatus; a processing unit in the server apparatus, configured to process the received data set; and a re-transmission unit in the client apparatus, configured to re-transmit the data set to the server apparatus if a condition indicating that the number of the pieces of data included in the data set received by the server apparatus and the number of the pieces of data indicated by the first information are different is satisfied; wherein the data set includes a priority level, and if a plurality of data sets are to be re-transmitted, the re-transmission unit re-transmits the plurality of data sets in accordance with a sequence corresponding to the priority level included in each of the plurality of data sets. an acquisition unit in a client apparatus, configured to acquire a plurality of pieces of data indicating a physical amount detected by a sensor, the client apparatus being connected to a plurality of sensors via a communication line; a transmission unit in the client apparatus, configured to transmit, to a server apparatus, a data set including a data string including at least a portion of the received plurality of pieces of data and first information indicating the number of pieces of data included in the data string, wherein one piece of data includes one measurement value measured by a respective sensor; a reception unit in the server apparatus, configured to receive the data set from the client apparatus; a processing unit in the server apparatus, configured to process the received data set; and a re-transmission unit in the client apparatus, configured to re-transmit the data set to the server apparatus if a condition indicating that the number of the pieces of data included in the data set received by the server apparatus and the number of the pieces of data indicated by the first information are different is satisfied; wherein the data set includes a priority level, and if a plurality of data sets are to be re-transmitted, the re-transmission unit re-transmits the plurality of data sets in accordance with a sequence corresponding to the priority level included in each of the plurality of data sets.
A circuit (1, 1') for driving a switch of a power converter circuit arranged to supply power to a light element, the circuit comprising - a first input node (V in1), connectable to a first potential (V bus), - a second input node (V in2), connectable to a first control signal (V A), arranged to provide a control potential that is lower than the first potential, - an output node(V out), - a first electrically controllable switch as a high side switch of the power converter circuit, the first electrically controllable switch having a first terminal coupled to the first input node(V in1) and a second terminal coupled to the output node(V out), and - charging means coupled to the first input node (V in1) and to the second input node (V in2), the charging means having an output coupled to a control terminal of the first electrically controllable switch, characterized in that the charging means comprises o a charge storage comprising a capacitor having a first terminal coupled to the second input node (V in2) and a second terminal coupled to the first input node (V in1), the charge storage arranged to receive a first charge via the first input node (V in1) and to supply a second charge to the output of the charging means, and o a charge controller arranged to control the charge storage to receive the first charge and to supply the second charge in response to the control potential applied at the second input node (V in2). - a first input node (V in1), connectable to a first potential (V bus), - a second input node (V in2), connectable to a first control signal (V A), arranged to provide a control potential that is lower than the first potential, - an output node(V out), - a first electrically controllable switch as a high side switch of the power converter circuit, the first electrically controllable switch having a first terminal coupled to the first input node(V in1) and a second terminal coupled to the output node(V out), and - charging means coupled to the first input node (V in1) and to the second input node (V in2), the charging means having an output coupled to a control terminal of the first electrically controllable switch, o a charge storage comprising a capacitor having a first terminal coupled to the second input node (V in2) and a second terminal coupled to the first input node (V in1), the charge storage arranged to receive a first charge via the first input node (V in1) and to supply a second charge to the output of the charging means, and o a charge controller arranged to control the charge storage to receive the first charge and to supply the second charge in response to the control potential applied at the second input node (V in2).
Integrated electric drive system, comprising: an electric machine, comprising a first housing and an output shaft; a transmission, comprising a second housing and a drive shaft, the transmission receiving an input torque of the output shaft and outputting same via the drive shaft; a power electronics module, comprising a third housing and an electronic device, the electronic device being configured to provide electric power for the electric machine; characterized in that the power electronics module is configured to be arranged around the drive shaft. an electric machine, comprising a first housing and an output shaft; a transmission, comprising a second housing and a drive shaft, the transmission receiving an input torque of the output shaft and outputting same via the drive shaft; a power electronics module, comprising a third housing and an electronic device, the electronic device being configured to provide electric power for the electric machine; characterized in that the power electronics module is configured to be arranged around the drive shaft.
Press for producing a tampon by radially pressing an absorbent material by means of compression jaws (2, 2', 3) each of which has a penetrating segment (4, 5) for embossing grooves (9, 10) into the absorbent material, characterized in that one compression jaw the penetrating segment of which is designed as a strip having flat lateral faces projecting into the compression space and one compression jaw (2, 2') the penetrating segment (4, 4') of which is designed as a rib having undulated lateral faces projecting into the compression space are arranged so as to alternate, and a projection of the strip onto a peripheral surface of a tampon present in the compression space is a straight line and a projection of the undulated rib onto the peripheral surface is an undulated line.
Hand-held power tool, in particular a hammer drill, having a work spindle (12a-h), a hand-held power tool housing (86a-h) and an intermediate shaft (16a-h) that is arranged parallelwise in relation to the work spindle (12a-h) and mounted in an axially displaceable manner for a change of operating mode, and a motor shaft (14a-h) arranged parallelwise in relation to the work spindle (12a-h), and having a toothed sleeve (18a-h) provided to transmit a torque to the intermediate shaft (16a-h), wherein the toothed sleeve (18a-h) is fixed in the axial direction (20a-h) by means of the hand-held power tool housing (86a-h), and having a switching element (22a-h), which is axially displaceable relative to the toothed sleeve (18a-h) for at least one change of operating mode, having a coupling element (24a-h), which connects at least the switching element (22a-h) and the toothed sleeve (18a-h) to one another in a rotationally fixed manner, wherein the coupling element (24a-h) is formed by a device that connects the switching element (22a-h) and the toothed sleeve (18a-h) to one another in a rotationally fixed manner irrespective of an axial displacement of the switching element (22a-h) and the toothed sleeve (18a-h) towards one another or away from one another, characterized by a connecting element (28a, 28b), realized as a spline, which connects the intermediate shaft (16a, 16b) and the switching element (22a, 22b) detachably to one another in a rotationally fixed manner in at least one operating mode.
A process for production of a soft magnetic metal strip laminate that includes a plurality of soft magnetic metal strips laminated by using a polyamide acid solution, the process comprising the steps of: applying the polyamide acid solution on each of the plurality of the soft magnetic metal strips; performing a first heat treatment for drying each of the plurality of the soft magnetic metal strips at a maximum temperature of 200°C or less and a maintaining time of 1 min or less to obtain the degree of imidization of the polyamide acid solution which is in the range of 15 to 70%; laminating the plurality of soft magnetic metal strips to each other through the polyamide acid solution with the degree of imidization in the range of 15 to 70%; and performing a second heat treatment for heating the laminated soft magnetic metal strips to obtain the degree of imidization of the polyamide acid solution which is more than 90%. applying the polyamide acid solution on each of the plurality of the soft magnetic metal strips; performing a first heat treatment for drying each of the plurality of the soft magnetic metal strips at a maximum temperature of 200°C or less and a maintaining time of 1 min or less to obtain the degree of imidization of the polyamide acid solution which is in the range of 15 to 70%; laminating the plurality of soft magnetic metal strips to each other through the polyamide acid solution with the degree of imidization in the range of 15 to 70%; and performing a second heat treatment for heating the laminated soft magnetic metal strips to obtain the degree of imidization of the polyamide acid solution which is more than 90%.
A computer-based system, comprising: a secure processor (308, 310) within a security boundary (312, 318), the secure processor (308, 310) configured to cryptographically sign or encrypt a credential for transmission to a service provider system; an interface configured to send the cryptographically signed or encrypted credential to the service provider system to gain access to a secure service provided by the service provider system, wherein the security boundary (312, 318) comprises a physical boundary and a cryptographic boundary and is configured to prevent software that is executing external to the physical boundary and the cryptographic boundary from accessing the credential; and a proximity reader being an RFID reader within the security boundary, wherein the proximity reader is configured to wirelessly receive a signal being an RF signal from a proximate device being an RFID token within a proximity to the proximity reader and extract the credential from the received signal, such that the credential is provided directly into the security boundary from the proximate device via the signal; wherein the security boundary physically encapsulates the proximity reader and the secure processor (308, 310); wherein the RFID reader and the secure processor are incorporated into a single integrated circuit; and wherein the credential received from the RFID token is provided directly into the integrated circuit via the RF signal a secure processor (308, 310) within a security boundary (312, 318), the secure processor (308, 310) configured to cryptographically sign or encrypt a credential for transmission to a service provider system; an interface configured to send the cryptographically signed or encrypted credential to the service provider system to gain access to a secure service provided by the service provider system, wherein the security boundary (312, 318) comprises a physical boundary and a cryptographic boundary and is configured to prevent software that is executing external to the physical boundary and the cryptographic boundary from accessing the credential; and a proximity reader being an RFID reader within the security boundary, wherein the proximity reader is configured to wirelessly receive a signal being an RF signal from a proximate device being an RFID token within a proximity to the proximity reader and
A stabilized halogen containing polymer composition comprising: a) greater than 40% by weight of a halogenated polymer material wherein the halogenated polymer material comprises vinyl chloride, vinyl fluoride, vinylidene chloride, and vinylidene fluoride, and chlorinated polyvinyl chloride, chlorinated polyethylene or mixtures thereof; b) greater than 0.3 parts per hundred parts of halogenated polymer ("phr") of a monomethyl tin stabilizer; and c) 0.01 to 5 phr of a salt of a polycarboxylic acid, phosphoric acid, sulfonic acid or boric acid having at least two acidic groups, wherein said salt of a polycarboxylic acid is selected from salts of adipic acid, maleic acid, fumaric acid, succinic acid, itaconic acid, citric acid, glycolic acid, phthalic acid, 1,2,4-benzenetricarboxylic acid, 1,2,4,5-benzenetetracarboxylic acid, ethylene diamine tetraacetic acid, methylglycinediacetic acid, nitrilotriacetic acid, salts of mono citrate esters, dithiodiglycolic acid, 3,3- dithiodiproponic acid, disodium glutamate and salts of glutamate amides, and wherein the monomethyl tin stabilizer is represented by the following formula: where R= is a substituted or unsubstituted hydrocarbyl group, R= R 1 -O-C(=O)-R 2, R= R 1 -C(=O)-O-R 3, where R 1 is a C 1 -C 20 hydrocarbyl group and R 2 is a substituted or unsubstituted hydrocarbyl group and R 3 is a substituted or unsubstituted hydrocarbyl group or hydrogen. a) greater than 40% by weight of a halogenated polymer material wherein the halogenated polymer material comprises vinyl chloride, vinyl fluoride, vinylidene chloride, and vinylidene fluoride, and chlorinated polyvinyl chloride, chlorinated polyethylene or mixtures thereof; b) greater than 0.3 parts per hundred parts of halogenated polymer ("phr") of a monomethyl tin stabilizer; and c) 0.01 to 5 phr of a salt of a polycarboxylic acid, phosphoric acid, sulfonic acid or boric acid having at least two acidic groups, wherein said salt of a polycarboxylic acid is selected from salts of adipic acid, maleic acid, fumaric acid, succinic acid, itaconic acid, citric acid, glycolic acid, phthalic acid, 1,2,4-benzenetricarboxylic acid, 1,2,4,5-benzenetetracarboxylic acid, ethylene diamine tetraacetic acid, methylglycinediacetic acid, nitrilotriacetic acid, salts of mono citrate esters, dithiodiglycolic acid, 3,3- dithiodiproponic acid, disodium glutamate and salts of glutamate amides, and wherein the monomethyl tin stabilizer is represented by the following formula: where R= is a substituted or unsubstituted hydrocarbyl group, R= R 1 -O-C(=O)-R 2, R= R 1 -C(=O)-O-R 3, where R 1 is a C 1 -C 20 hydrocarbyl group and R 2 is a substituted or unsubstituted hydrocarbyl group and R 3 is a substituted or unsubstituted hydrocarbyl group or hydrogen.